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#445 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Fri Jan 4, 2008 9:16 am
Subject:: May it be Tall giant ferns tree foosils of that time?Mystery remains until new further study is done
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Dear friends Of Nature History, Kutch, Science and Geology,

May it be Tall giant fern's tree foosils of that time? Mystery remains until new
further study is carried out and confirms with the research findings.

Recently found fossils in DHOLAVIRA in KHADIR region of the Great RANN of KUTCH
have been filmed and photographed.
We sent one article of the Termite Hole formation by ancestors of recent
termites in the decayed wood fossil of DHOLAVIRA in KHADIR region of the Great
RANN of KUTCH in Dec 2007.
But question rises about the timing of the age of the fossils and what such huge
Vegetative PLANTS may those be at that time?
What type of Giant trees may be existing at that time? As we noticed that Lower
layers had THOSE wood fossils and Upper layers of Marine Bivalve fossils (Timed
at 5:58) suggesting that,
that area of land has been under water between the Wood fossil formation time
and Marine fossil formation time. Composed photo has given top corner Marine
fossils (Timed at 5:58) of area of the upper layers on the Hills.
And also lower corners with Wood fossil (Timed at 5:44) details and Roots fossil
(Timed at 5:45) in the grounds.



We have analysed the films and pictures and we found the following facts about
those fossils and the land of Kutch.
Our recorded findings confirm that the length of the tree was approximate 30
feets tall and diameter of tree trunk about 4 feets and circumference about 13
feets.
Tree trunk fossils is Brocken in parts in places but can be traced to the roots
in the ground.
Also Root fossil with big Central XYLEM of the root fossil is also visible and
digging under ground may provide more Root fossil specimens preserved in the
ground.
Tree trunk has thin BARK fossils in outer layers. As during this time
Lycospores, SEED ferns and Gymnosperns were diversifying.  May it be Tall giant
fern's tree foosils of that time? Mystery remains until new further study is
carried out and confirms with the research findings. May we find the Insects /
ancestor Termite fossils in side preserved in the wood fossil? That may give us
perfect clue of the timing of the fossil formation and also the timing give us
more clue of the tree trunk fossil tree. Whether, may it be giant fern’s trees
or some thing else
FROM YOURS Dr.BHUDIA-Science Group Of
INDIA.http://uk.groups.yahoo.com/group/venustransit_2004/President:'Kutch
Science Foundation'.Founder :'Kutch Amateurs Astronomers Club - Bhuj -
Kutch'.Life Member:'kutch Itihaas Parishad'.kutchscience@...,
kutchscience@...,http://uk.geocities.com/wildlifeofkutch/
http://www.geocities.com/kutchsciencehttp://profiles.yahoo.com/kutchscience2000h\
ttp://in.groups.yahoo.com/group/scienceclubofindiahttp://in.groups.yahoo.com/gro\
up/kutchsciencehttp://in.groups.yahoo.com/group/kachchhhttp://in.groups.yahoo.co\
m/group/bhuj


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#444 From: drbhudia
Date:: Thu Dec 27, 2007 3:56 pm
Subject:: Meet To the Dholavira Finder.
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Respected Sir,
I am exhilarated with your this mail.Its not only informative but
touching too and depicts the pathetic state of our respective depts,
which fails for crediting the deserving ones. I remember one quote late
former P.M. Mrs Indira Gandhi"There are 2 categories of people, one who
work hard and others who take away the credit.Its Better to be in the
first category, cause there is less competition"  I hope this kind of
sharings can be enlightening. Regards Akshay

    On 12/26/07, Dr. Bhudia <drbhudia@...
<http://uk.f267.mail.yahoo.com/ym/Compose?To=drbhudia@yahoo.co.uk> >
wrote:  Dear friends of Science History and Archaeology,
Meet To the Dholavira Finder. Many of us has Visited Dholavira and got
plenty of the information about the ancient civilisation, history and
its discovery. But when we are asked for the name of the person "who
DISCOVERD the Dholavira civilisation"?  Name of one of the Archaeologist
comes out from our mouth. But Very few of us Might have visited the
History person "GADHAVI" of the village Dholavira. He was the Actual
discoverer of the DHOLAVIRA Civilisation.     Every time I visit
Dholavira I desired to visit the Old History man SHAMBHUDAN GADHVI of
Dholavira. Every time I Visit him I get some thing  New from him. During
our last Geo-Archaeological expedition to Khadir I tried to contact as
many local people as possible in the area.    This time during July 2007
we started our expedition in the area of Khadir and Rann Of KUTCH
after a good rain in the area so we can feel easy to go around in very
warm area otherwise. So we wished to collect information of the Hills of
Bhanjano and its northern side Collapsed / Land slide of Mountain hills.
And also for the Maruda TAKKAR area and rout to go there. That was
possible only with the help of Local people who have been there before
in their life and with the help of the BSF rangers. So we visited both
groups of people BSF Rangers and also local visitors to the RANN and
BHANHJANO hills and Also MARUDA TAKKAR.  Similarly Local people of the
area knew about Wood fossils in Rann as they told me about that during
my first visit to Khadir during just after the Earthquake. But geologist
reached late to confirm the fact.    Here in short I give details given
by Shri Sambhudan Gadhavi about discovery of  Dholavira Civilisation and
how he was discouraged and treated. He was the only literate (up to
standard 6 ONLY) person in the village during his searching life. And
now as he the founder    of DHOLAVIAR CIVILISATION is forgotten from
history of Dholavira.  WHENn I visited to Dholavira - KOTADA, first I
visited the founder of that ancient civilisation, Shri Sambhudan
Gadhavi. I recorded his visit and I would like to put some of the
conclusion of the visit
with him in DHOLAVIRA Mr. Sambhudan Gadhavi was interested in our
ancient civilisation, but he was not the Archaeologist. THERE WAS LOK
VAYAKA - "peoples' belief" that there was an OLD GADH - Old Castle and
people were dead there many years ago and every one in village Dholavira
was aware of these and That was not the new for local people. Mr Sambhu
Gadhavi was interested in that as those stones of foundation and castle
was evidently visible to every one. He started to collect the pottery
parts and one day he found one with a picture of the Indus civilisation
symbol. "As he was collecting those pottery parts –(In Loacl
Language called THIKARIEs), He was locally also known discouraging Named
as DHIKARIO". According to him he found the pottery part that resembles
the picture of the HARAPPAN which he studied and seen in the history
book of year 5-6 of that time. So he decided to take it to the museum
curator of Kutch Museum at BHUJ. and said to Him " I have found the
pottery part that resembles the picture of the HARAPPAN which I studied
and seen in the history book of year 5-6 ". And the research started and
we found the NEW - Most ANCIENT Indian-Indus civilisation of the world.
which is destroyed before about 5000 years? so that civilisation must
have developed before another few thousands  years means that
civilisation must be 7 to 10 thousands years old. which I wrote
in 2000 that that time scale relates to Mahabharata and the YADAVASTHALi
time. Surprisingly same LOK VAYAKA is there "peoples' believe that there
is NAND KUVA - well and many NAND related Things were found including
NAND KUVA - a well" and that confirms that at that time scale that Nand
Vansh is YADU VANSH and so that is part of The YadavaSthali. Human Bones
found at those places requires to be examined for the injury by sharp
weapons. one skull was found with the injury of spear. Not only that
archaeologists at Dholavira found some fossilised stones of the WOOD
FOSSILs. Not only that some of the stone used in the construction of Old
DHOLAVIRA are those fossils stones. and that needs attention of the
Geologists along with the Archaeologists working in Dholavira. Khadir -
where Dholavira is established is it self a land of fossils.

    Land is in the RANN of the KUTCH and also border area. so prohibited
for exploration. So we contacted the Military authority to assist us.
They promised us to take us to escort to those places of KHADIR and
BHANJADO Mountain and KAUR BAT for Dinosaurs fossils land of 180 Mn
years old and also collaborate with us for scientific research. That
will explore not only the Archaeology but also those Geological areas of
the fossils land.    LOK VAYAKA "Peoples belief" says there are more
Castles in the middle of the desert and on the Mountain of BHANJADO. and
that co relate with the MAHABHARAT. so more ancient civilisation -even
more ANCIENT than the Dholavira are to be found in those area - north of
the Dholavira.    FROM YOURS Dr.BHUDIA-Science Group Of INDIA.
   http://uk.groups.yahoo.com/group/venustransit_2004/
<http://uk.groups.yahoo.com/group/venustransit_2004/>
President:"Kutch Science Foundation".
Founder :"Kutch Amateurs Astronomers Club - Bhuj - Kutch".
Life Member:"kutch Itihaas Parishad".
kutchscience@...
<http://uk.f267.mail.yahoo.com/ym/Compose?To=kutchscience@yahoo.co.in> ,
kutchscience@...
<http://uk.f267.mail.yahoo.com/ym/Compose?To=kutchscience@hotmail.com> ,
   http://uk.geocities.com/wildlifeofkutch/
<http://uk.geocities.com/wildlifeofkutch/>
   http://www.geocities.com/kutchscience
<http://www.geocities.com/kutchscience>
   http://profiles.yahoo.com/kutchscience2000
<http://profiles.yahoo.com/kutchscience2000>
   http://in.groups.yahoo.com/group/scienceclubofindia
<../../../../scienceclubofindia>
   http://in.groups.yahoo.com/group/kutchscience
<../../../../kutchscience>
   http://in.groups.yahoo.com/group/kachchh <../../../../kachchh>
   http://in.groups.yahoo.com/group/bhuj <../../../../bhuj>   Do visit our
ABOVE Clubs/Groups of Science Groups of India.


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#443 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Sat Dec 22, 2007 4:11 pm
Subject:: MOUNT MERU is in AFRICA now in Tanzania Log Latitude are: 3° 14' S; 36° 45' E more details on http:/
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From: kutchsciencefoundation@... Dear friends of Science and Geology
Thank You all , Thanks for your reply and your plan to visit Kutch next month 18
/19 Dec 2007. I am in Europe now. and will not be there during your visit to
Kutch and up to next six months. Wish you all best wishes for the seismology
conference at Bhuj on 18 & 19, January. My sony has gone to Mt MERU in Tanzania
so waiting for his return and findings with ocumentry recordings.
MOUNT MERU is in AFRICA now in Tanzania Log Latitude are: 3° 14' S; 36° 45' E
more details on http://www.peakbagger.com/peak.aspx?pid=11205  4565 meters,
14,977 feet, Seeing the view of Mt MERU we see the Mt Meru is in Valley (Great
rift valley of Africa) means it has been lowered down with the rift valley.
otherwise height of Mt Meru was more than that (14,977 ft + 6000 ft rift valley
depth = 20977ft which is higher than Kilimanjaro) which is east of Mt MERU and
is younger than Mt MERU



Web Maps
Microsoft Local.Live Map

Ranges
Continent: AfricaRange2: East Africa MountainsRange3: Northeast Tanzania

Ownership
Land: Arusha National Park (Highest Point)

Prominence
Clean Prominence: 3170 m/10,400 ftOptimistic Prominence: 3170 m/10,400 ftNearest
Topographic Higher Peak: KilimanjaroKey Col: 1395 m/4577 ft

Isolation
Distance to Higher Peak: 69.93 km/43.46 miNearest Higher Neighbor: Kilimanjaro 
(ENE)



Views of Mt MERU in the Great rift vally eye bird view from Above at different
angles

FROM YOURS Dr.BHUDIA-Science Group Of
INDIA.http://uk.groups.yahoo.com/group/venustransit_2004/President:'Kutch
Science Foundation'.Founder :'Kutch Amateurs Astronomers Club - Bhuj -
Kutch'.Life Member:'kutch Itihaas Parishad'.kutchscience@...,
kutchscience@...,http://uk.geocities.com/wildlifeofkutch/
http://www.geocities.com/kutchsciencehttp://profiles.yahoo.com/kutchscience2000h\
ttp://in.groups.yahoo.com/group/scienceclubofindiahttp://in.groups.yahoo.com/gro\
up/kutchsciencehttp://in.groups.yahoo.com/group/kachchhhttp://in.groups.yahoo.co\
m/group/bhuj
Do visit our ABOVE Clubs/Groups of Science Groups of India.  Date: Fri, 21 Dec
2007 09:03:41 +0000From: r_v_karanth@...: Re: Canal structures of
Ancient KUTCH SARASWATI Civilisation during the harrapan and post harrappan
timeTo: kutchsciencefoundation@...
Dear Dr. Bhudhia,
The pictures are blank in both of your mails.
However, you can raise the issue of Sarasvati River flowing through Kachchh
during the forthcoming seismology conference at Bhuj on 18 & 19, January.
Dr. R. V. Karanth[Professor of Geology (Retired), The Maharaja Sayajirao
University of Baroda]104, 'Aarth'29, PratapgunjVadodara - 390 002, INDIATel :
(cell)+91-99984 85468(R) +91-265-2794707


Now We are updating our Digital DATA libraries in Kutch Science Foundations &
many more to come.
Now we have Thousands of Books on many subjects of Science and other subjects of
Maths and engineering as well.
1) Thousands of books on Computer and IT Science libraries - 2000+ books
2) Books on Mathematics
3) Books On Astronomy and Space science including Asimov’s science fiction
library.
4) Ancient Books of Astronomy Science
4) Home science and Cooking
6) Actuarial science and predictions
7) Physics Complete library. 100s of books
8) Chemistry Complete library  100s of Books
9) Biology Complete Library  100s of Books
10) Human Anatomy Science Medical Library
11) Full medical science library 100s of Books
12) Handicrafts and Stitching books
13) Robotic science and technology Books
14) Vedic (PURANs NAAD VEDAs) Library including all 18 Purans and 4 Vedas
15) Archaeological library
16) Geological Science Library including fossils and DINO fossils complete sets
of Photographic libraries
17) History, Science Documentary and science Discoveries and civilisations
Digital and digital Video libraries.
18) Reference Library of ancient civilisation and geological science library of
Kutch
19) Reference Library for Birds and Environment & Nature library of Kutch
20) Digital Audio Library including Vedic audio, Asimov’s Science Fictions audio
LibraryAnd many more to come.


Messenger on the move… Text MSN to 63463 now!
_________________________________________________________________
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#442 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Fri Dec 21, 2007 6:01 pm
Subject:: Megalithic culture of ancient Kutch - Megalithic SAMADHIs (Graves) of Zura Kotadi.
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Dear Friends of Science and Archaeology,


Megalithic culture of ancient Kutch.

Very less has been investigated about ancient megalithic culture of Kutch during
the pre Harappan and  Harappan  times.  Few known places have been investigated
some of them are Goniasar , Juni Rayan, Zura Kotadi, Guntali Desalpar, Meghpar
Khander vari wadi, Todio timbo, Sarli Tombo, Juna Kotada near Roha and 
Dholavira. But very little work has been done on the subject and the places. One
of  such an outstanding place is Jangania near NALIYA in Abadasa, where graves
are specifically shaped according to the shape of body.


Generally it is a belief that there are very few such places but it has wide
distributed in ancient time in Kutch, and so also need to put more interest in
the subject and also in investigations of such cultures.

During our last geo-archaeological expedition in 2007 we visited few megalithic
structures in kutch. Namely famous Dholavira and three new places namely Todio
(Timbo), Timbo SARLI and Old Kotada near Roha. If photo below is not seen
clearly an attachment picture "Ancient Megalithic Structures.jpg" is added to
this email. As we see in composed photograph below DHOLAVIRA has similar
circular structures (Bottom Rt Corner). we also discovered similar Megalithic
structures underground in megalithic places namely Todio (Timbo) (Bottom Lt
Corner), Timbo SARLI (Upper Lt Corner). and Old Kotada near Roha (Upper Rt
Corner).

So not only few known places do have such hidden culture but is widely
distributed all over kutch during ancient time. we have some explanation of our
recorded expedition and also a time table below for the ancient Megalithic
structures. so we can compare the timings of those structures to relate with the
ancient Civilisations in the Kutch during pre Harappan and  Harappan  times.




Megalithic Civilisation found in ZURA (KOTADI) of KUTCH - Megalithic SAMADHIs
(Graves) of Zura Kotadi and potteries and bones

Zura (Jhura) is situated North West of BHUJ (23:24N - 69:39E) is known place for
its Geology and History as it says Zura - (Fall due to seismic activity at
Jhura) of the Kutch.But its Geology is also associated with its archaeology and
civilisation in that area. Though not much known of the place but local people
are aware of the story of those places but far away from the knowledge of
Archaeological importance as the area remained unexplored.2km South and SE
region of the Village is the Place called "KOTADI" as many civilisation names.
Area has big elevated area TIMBO having stone wall around but hidden underneath.
On exploration many of the Pottery found in the area including toys parts and
pottery of two different varieties - Red as usual as also black - as in the area
of RAMVAV and LAKHAPAR region civilisation in VAGAD - RAPAR area.
Rivers in this region all flows from South West to North EAST- from slops of the
Jhuran Mountain slopes towards the Banni planes where there used to be a lake of
the water of the rivers Sarasvati and sindhu waters in the Rann of KUTCH.About 1
Km East of that KOTADI area is the place of the Mystery graves. I would say
rather SAMADHIs as I have explained it before as they are the SAMADHIs is a
sitting posture and are kept open on the east side of those as are kept in
Samadhi rules as explained by Mahant Shree Kishordasji.Many of such Samadhi are
about some distance from the civilisation area as in the Case of GADHVARI VADI
civilisation (Meghpar)- one of samadhi was in KHANDERVARI VADI.Specimens
collected from the region confirms those civilisation and Megalithic Samadhis in
the region says those to be 2000 BC. Similar type of Mystery graves of Mystery
Shapes (shapes are given to the body shapes) are also in JANGADIA - ABADASA
NALIYA -LAKHPAT way. those are also Megalithic times graves.

I would prefer to say those Megalithic SAMADHIs as that can not be defined as an
ordinary graves. I also took an expert opinions from Mahant shree Kishordasji of
kabir Mandir BHUJ as he is well known personality of the subjects regarding
SAMADHIs. We went together there to identify those, and local observation showed
that those places has become an open spaces now as a result of environment and
weather. and shows skull bones opened from the top side and not the Limb bones.
so Those are defined as Sitting SAMADHIs. and east side of those SAMADHIs kept
open as seen shadows towards east in the Evening pictures.

prominent for the region's prehistoric population. Circular graves dating to c.
3000 BC are dotted . stone piled up a round -shaped chamber the site of the
first archaeological excavation  when several circular, collective tombs like
those were excavated. The excavation of a settlement  confirmed the importance
of the locale and for this reason the period c. 2500-2000 BC.

They are typical of burial mounds of about 2000 BC where the cremated remains of
the community's elders would have been buried. "Carbon dating should confirm
that the burial mound dates to about 2000BC," This means the Bronze Age
graveyard dates back . They have already found a piece of pottery containing the
remains of burnt shells. "It is possible that the enclosure could date as far
back as 3000 BC," "But we need to find more pottery that has decoration so we
can provide a more accurate date to the site."

Megalithic tombs research has a long history, inextricably linked with the
development of archaeology itself. In the beginning (2400 b.c.-1200 A.D.)
interest in for such interest consisted primarily of superstitious awe and
religious inspiration. Beyond this, the curiosity of unknown prehistoric
individuals can only be imagined. However, many terms describing megalithic
architecture were first recorded. During the Culture History and subsequent
periods the  Some felt that the chronology only needed minor adjustments and
that new tomb excavations and large catalogs would explain the evolution of the
tombs. Surprisingly the advent of C14 dating in the fifties, which
revolutionized archaeology in many parts of the world, had little effect on
dating tombs,  C14 dates began to hint at the real antiquity of the tombs, but
ceramic analysis continued to play the major role. the relative chronology.
Difficulties in various regional ceramic typologies were isolated and efforts
have been made to overcome incongruencies between the typological method used
for ceramics, problems in C14 dating, and theories on megalithic tomb evolution.
and related pottery contributed. The origin of megalithic tombs , graves has
been a matter of debate for centuries. The Eastern Tomb Origin Theory is
currently not persuasive. The western origin is tainted by the diffusionists'
mind-set. It is contradicted by radiocarbon dates and the evolutionary
trajectory of French tombs. The Autochthonous Theory is supported by a logical,
chronological evolution of tomb types and their spatial distribution The origin
of megalithic tombs is an autochthonous development. This network was held
together by a common ideology expressed through the building of monumental
burial architecture which, Megalithic tomb construction expanded at different
rates , The local and regional tomb types were derived from local traditions,
local religious interpretations and customs tied to an interregional ideology.

CHRONOLOGICAL MODEL OF MEGALITHIC CHAMBER EVOLUTION
3600-2990/2860 B.C./2860-2400/2300 b.c. 3550/3500-3100 B.C.


3600-3290 B.C./2860-2610 b.c. [3550/3500-3100 B.C.

3600-3530 B.C./2860-2800 b.c. [3550/3500-3400 B.C.] Primeval-dolmen (urdolmen,
normally parallel to long-mound)
3550-3460 B.C./2850-2750 b.c. Transitional dolmen (parallel/perpendicular to
long-mound)

3550 B.C./2815 b.c. Top-entrance urdolmen
3530 B.C./2800 b.c. Half-height front-entrance urdolmen and square-dolmen
3500 B.C./2780 b.c. Extended-dolmen with axial capstone
3480-3290 B.C./2760-2610 b.c. [3400-3100 B.C.] Multiple side-stone dolmen
(perpendicular to long-mound)

3480 B.C./2760 b.c. Rectilinear and polygonal extended-dolmen
3450 B.C./2740 b.c. Rectilinear and polygonal grand-dolmen
3400-3100/2970 B.C./2700-2490/2400 b.c. [3250-3100 B.C.] Passage-graves

3400-3290 B.C./2700-2610 b.c. Transitional chambers with passage
3400 B.C./2700 b.c. Large polygonal- and rectilinear-dolmen/protopassage-graves
with angled/corner entrance and passage
3360-3100/2970 B.C./2650-2490/2400 b.c. [3250-3100 B.C.] Passage-graves*

3360 B.C./2650 b.c. Primeval passage-graves
3290 B.C./2610 b.c. Extended passage-graves
3240 B.C./2570 b.c. Grand passage-graves

3320-3100/2970 B.C./2630-2490/2400 b.c. [3250-3100 B.C.] Complex Chambers

3320 B.C./2630 b.c. Side-chamber passage-graves
3300 B.C./2620 b.c. End-chamber passage-graves
3290 B.C./2610 b.c. Double passage-graves
3260 B.C./2580 b.c. Triple passage-graves
3240 B.C./2570 b.c. Dual-passage chambers
3210 B.C./2560 b.c. Single chamber double passage-graves
3400-2860 B.C./2700-2300 b.c. Gallery-graves


3400 B.C./2700 b.c. Primeval gallery-graves with front- or side entrance
3290 B.C./2610 b.c. Extended gallery-graves with front- or side entrance
3240 B.C./2570 b.c. Grand gallery-graves with front- or side-entrance From:- 
YOURS Dr.BHUDIA-Science Group Of
INDIA.http://uk.groups.yahoo.com/group/venustransit_2004/President:'Kutch
Science Foundation'.Founder :'Kutch Amateurs Astronomers Club - Bhuj -
Kutch'.Life Member:'kutch Itihaas Parishad'.kutchscience@...,
kutchscience@...,http://uk.geocities.com/wildlifeofkutch/http://www.geoc\
ities.com/kutchsciencehttp://profiles.yahoo.com/kutchscience2000http://in.groups\
.yahoo.com/group/scienceclubofindiahttp://in.groups.yahoo.com/group/kutchscience\
http://in.groups.yahoo.com/group/kachchhhttp://in.groups.yahoo.com/group/bhujDo
visit our ABOVE Clubs/Groups of Science Groups of India.
_________________________________________________________________
Free games, great prizes - get gaming at Gamesbox.
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#441 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Wed Dec 19, 2007 1:51 pm
Subject:: Canal structures of Ancient KUTCH SARASWATI Civilisation during the harrapan and post harrappan time
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From: kutchsciencefoundation@... (Please discard previous mail sent
accidently with out description) Subject: Canal structures of Ancient KUTCH
SARASWATI Civilisation during the harrapan and post harrappan timeDate: Wed, 19
Dec 2007 13:46:48 +0000



Dear friends of science and Archaeology,

Canal structures of Ancient KUTCH SARASWATI Civilisation during the Harappa and
post Harappa times

Many of us have visited Dholavira and seen water reservoir of the ancient time
of Saraswati civilisation time.
But we do not see the actual irrigation channels of the water which brings the
water to those reservoir nor the DAM area to elevate the water level of the
river so water can travel through those channels to the reservoir with gravity
force only.

But That’s the actual Beauty and the importance of those ANCIENT Architect of
WATER Irrigation Engineering during the Ancient time of Saraswati civilisation
time.
Actual Video recording film is available to see for reference is available in
our Digital Library records of KUTCH SCIENCE FOUNDATION. A copy has been
presented to the
Department of Archaeology government of Gujarat - BHUJ branch  and also to the
Ratanpar school archaeology museum near Dholavira.
Dholavira archaeology department office do have access to the Ratanpar school
film copy. So any one visiting to Dholavira may use the facility and Copy of the
Film at The RATANPAR SCHOOL.

Our Million Page digital library has developed more than 5000+ Books on all
subjects of science Engineering and geo archaeology. More details are given in
this Email.

But That’s not only in Dholavira but 100s of such Saraswati Civilisation Places
of Ancient KUTCH. Many of such places we explored has undisturbed such Canal
structures intact.
Here the composed picture has some of them and large composed picture is
attached if one in email is not visible clearly.
Original Huge size pictures are available for reference in our Digital Library
records of KUTCH SCIENCE FOUNDATION.
Pictures has views from canals of Harappan Bharasar Dam area , where underground
water channels are also clearly visible and curved surface water canals are
shown.
Straight Carved surface channel is also shown running along parallel to the
river side has been also shown, in composed Photo.
Kotada Bhadli Gadh area. Has a River called GANGA vari river.
We have found the undisturbed dam area which is washed away in ancient time but 
above ground level shows clear mark-ation of the dam site and with a curved
surface level canals of water few distance upstream of dam area.
Canals draws water to Gadh reservoir area to the GADH- central part of the
Civilisation area. This water irrigation channels which brings the water with
gravity force only to those reservoir from the elevated water level by DAM of
the river

Now We are updating our Digital DATA libraries in Kutch Science Foundations &
many more to come.
Now we have Thousands of Books on many subjects of Science and other subjects of
Maths and engineering as well.
1) Thousands of books on Computer and IT Science libraries - 2000+ books
2) Books on Mathematics
3) Books On Astronomy and Space science including Asimov’s science fiction
library.
4) Ancient Books of Astronomy Science
4) Home science and Cooking
6) Actuarial science and predictions
7) Physics Complete library. 100s of books
8) Chemistry Complete library  100s of Books
9) Biology Complete Library  100s of Books
10) Human Anatomy Science Medical Library
11) Full medical science library 100s of Books
12) Handicrafts and Stitching books
13) Robotic science and technology Books
14) Vedic (PURANs NAAD VEDAs) Library including all 18 Purans and 4 Vedas
15) Archaeological library
16) Geological Science Library including fossils and DINO fossils complete sets
of Photographic libraries
17) History, Science Documentary and science Discoveries and civilisations
Digital and digital Video libraries.
18) Reference Library of ancient civilisation and geological science library of
Kutch
19) Reference Library for Birds and Environment & Nature library of Kutch
20) Digital Audio Library including Vedic audio, Asimov’s Science Fictions audio
LibraryAnd many more to come.

ARCHAEOLOGICAL DETAILS OF MADHAPAR
Do not be surprised if you hear from any body that Madhapr of BHUJ - KUTCH is an
Indus place.Yes that is true. If you are in any doubt do not hesitate to contact
the department of archaeology in bhuj near middle school of BHUJ.
ARCAEOLOGICAL information of MADHAPAR even before MADHAPAR was established at
all in HARAPPAN TIME. MADHAPAR is an INDUS civilisation.
Records are in out Science library and in ARCHAEOLOGY department BHUJ branch of
Govnt of GUJARAT archaeological DEPARTMENT.
Proofs of PHOTOGRAPHIC RECORDS of our Archeology and  science FOUNDATION LIBRARY
records.Area near the lake of MAGJIrai lake and area around it between river PAT
of madhapar and River Dhoravaav is that area but as the area is industrialised
and used for agriculture
and also lake has been dug out in past with new developments , all positive
findings may be lost but that’s the BARE TRUTH.PLACE NAMED WITH “RAI” ARE OLD
LAKES ARE CIVILISATION PLACES MOCHIRAI OF SUKHPAR - 40 HARAPPAN GRAVES ARE FOUND
IN BAJARIYUN GAAM AREASADHURAI OF GODPAR, JAMORAI BETWEEN GODPAR & MANUKUVA,
VICHANDRAI OF MANUKUVA AND MAGJIRAI OF MADHAPAR.SAR - MEANS SAROVAR ARE OLD
CIVILISATION PLACES IN KUTCH.BALASAR VAGAD NEAR GADHADA RASAJIBHARASAR -
HARAPPAN DAM AREA,VADASAR - TARO -TALAV AREA OF THE VILLAGESUMARASAR - NENUNI
DHAR CIVILISATIONDEVISAR - HAS MORE THAN ONE AREA OF CIVILISATION AREA DEVISAR
AND JATAWADABHADRESAR - BHADRESWARKHIRASARA , DAHISARA , MODSAR, Anandsar MORO -
MORA MEANS TAKARO - TIMBO SARLI TIMBO - JIWA TIMBO AREVEKARA TIMBO OF VAGAD
VEKRA RAMPAR OF BHUJ MOMAY MORA etcGADH AND GADHADA OF KUTCH GADHADA OF KHADIR
NEAR RATANPAR GADHADA RASAJI NEAR BALASAR IN VAGADGADHSHISHADEVPARGADHRAPAR
GADHGADHWARI WADI - MEGHPAR IN BHUJGADHWARIWADI - KHIRSARA NETRA NAKHATRANA
PANDYANO GADH etcGADHADA OF BHAVNAGAR ON RIVER BANKS OF GHELO RIVER.KOT - KOTADA
- KOTDI OF KUTCH KANTH KOTKOTADA CHAKAR REHA - UGAMANA AND ATHAMANA KOTADA -
GADHADO AREA HAS GADH IN GROUNDSKOTADA BHADLI THARAVADA IN NAKHTRANA Kotada
(Roha) has OLD KOTDA near village Kotada and Khirasara
KOTADA THARAVADA IN ANJARKOTADA IN ZURA KOTADA JADODARKOTADA - KOTADI OF
DHOLAVIRA KOTAY - KOTESHWAR KATESHWAR - LAKHAPAT LOTESHWAR - NARAYAN SAROVARALSO
KOTADA CHANDRANIKOTAD AND KOTADA UNCHA OF MAHUVA BHAVNAGARKOTADA SANGANI ON BAY
OF BANKS OF KUTCH - MORVI
5)  WORLS FAMOUS PREJURASIC FOSSIL SITE, Geological treasures in MADHAPAR and
geological features around Madhapar  GANGESHWAR DOME AREA OF DUNGAR WARA
MAHADEVA of MADHAPAR. Proofs of  PHOTOGRAPHIC RECORDS of our GEOLOGY and science
FOUNDATION LIBRARY records. on websites
below.http://in.ph.groups.yahoo.com/group/madhapar/photoshttp://in.ph.groups.yah\
oo.com/group/madhapar/photos/browse/1aa7http://in.ph.groups.yahoo.com/group/madh\
apar/photos/browse/c478http://in.ph.groups.yahoo.com/group/madhapar/photos/brows\
e/1c82 Email Contacts: DR. Bhudia -  drbhudia@..., 
hirjipatel@...,  kutchscience@...,
kutchsciencefoundation@...,Webpages and Groups of
Madhapar:-http://www.geocities.com/kutchscience/madhapur/madhapur.htm
http://in.groups.yahoo.com/group/madhapar/  From:-  YOURS Dr.BHUDIA-Science
Group Of
INDIA.http://uk.groups.yahoo.com/group/venustransit_2004/President:'Kutch
Science Foundation'.Founder :'Kutch Amateurs Astronomers Club - Bhuj -
Kutch'.Life Member:'kutch Itihaas Parishad'.kutchscience@...,
kutchscience@...,http://uk.geocities.com/wildlifeofkutch/http://www.geoc\
ities.com/kutchsciencehttp://profiles.yahoo.com/kutchscience2000http://in.groups\
.yahoo.com/group/scienceclubofindiahttp://in.groups.yahoo.com/group/kutchscience\
http://in.groups.yahoo.com/group/kachchhhttp://in.groups.yahoo.com/group/bhujDo
visit our ABOVE Clubs/Groups of Science Groups of India.

_________________________________________________________________
Get Hotmail on your mobile, text MSN to 63463!
http://mobile.uk.msn.com/pc/mail.aspx

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#440 From: drbhudia
Date:: Tue Dec 18, 2007 7:42 am
Subject:: NASA Announces Discovery of Assault by a Black Hole
drbhudia
Offline Offline
 
NASA Announces Discovery of Assault by a Black Hole
  12.18.2007


+ Play Audio | + Download Audio | + Email to a friend | + Join mailing
list

Dec. 18, 2007: A powerful jet from a supermassive black hole is
blasting a nearby galaxy, according to new data from NASA
observatories. This never-before witnessed galactic violence may have
a profound effect on planets in the jet's path and trigger a burst of
star birth in its destructive wake.

This real-life scene, worthy of the most outlandish science fiction,
is playing out in a faraway binary galaxy system known as 3C321. Two
galaxies are in orbit around one another. A supermassive black hole at
the core of the system's larger galaxy is spewing a jet in the
direction of its smaller companion.



Above: A composite image of 3C321. Scroll down the page to see an
artist's illustration labeling the galaxies and the jet. [more]

"We've seen many jets produced by black holes, but this is the first
time we've seen one punch into another galaxy," says Dan Evans, a
scientist at the Harvard-Smithsonian Center for Astrophysics and
leader of the study. "This jet could be causing all sorts of problems
for the smaller galaxy it is pummeling."

Jets from super massive black holes produce large amounts of
radiation, especially high-energy X-rays and gamma-rays, which can be
lethal in large quantities. The combined effects of this radiation and
particles traveling at almost the speed of light could severely damage
the atmospheres of planets lying in the path of the jet. For example,
protective layers of ozone in the upper atmosphere of planets could be
destroyed.



Above: An artist's illustration of 3C321 with galaxies and jets
labeled. [more]

The effect of the jet on the companion galaxy is likely to be
substantial, because the galaxies in 3C321 are extremely close at a
distance of only about 20,000 light years apart. They lie
approximately the same distance as Earth is from the center of the
Milky Way galaxy.

The jet and galactic assault were discovered through the combined
efforts of both space and ground-based telescopes. NASA's Chandra
X-ray Observatory, Hubble Space Telescope, and Spitzer Space Telescope
were part of the effort. Two sophisticated radio telescopes--the Very
Large Array (VLA) in Socorro, New Mexico, and the Multi-Element Radio
Linked Interferometer Network (MERLIN) in the United Kingdom--were
also needed for the finding.


Sign up for EXPRESS SCIENCE NEWS delivery

A bright spot in the VLA and MERLIN images shows where the jet has
struck the side of the galaxy, dissipating some of the jet's energy.
The collision disrupted and deflected the jet.

A unique aspect of the discovery in 3C321 is how relatively
short-lived this event is on a cosmic time scale. Features seen in the
VLA and Chandra images indicate that the jet began impacting the
galaxy about one million years ago, a small fraction of the system's
lifetime.

It's possible that the event is not all bad news for the beleaguered
galaxy. The massive influx of energy and radiation from the jet could
spark the formation of large numbers of stars and planets after its
initial wake of destruction is complete. In the distant future, say
researchers, whole new star systems may have the lethal jet to thank
for their very existance.

#439 From: drbhudia
Date:: Mon Dec 3, 2007 5:23 pm
Subject:: Difficulties in identifications of the Kutch meteors by by chemical analysis
drbhudia
Offline Offline
 
Dear friends of Science  Astronomy, Geology and Geochemistry.

As our present test of  meteors also depends on radiactive isotops of
the rare  Earthen elemets which are rare in on surface of the  Earth
crust. One of such is IRIDIUM Ir. But the its radioactivity is short
lived  - half life ranging from few milliseconds to 195Ir syn
<http://encyclopedia.thefreedictionary.com/synthetic+radioisotope>  2.5
h  to  maximumof of 192m
<http://encyclopedia.thefreedictionary.com/nuclear+isomer> Ir  syn
<http://encyclopedia.thefreedictionary.com/synthetic+radioisotope>  241
y <http://encyclopedia.thefreedictionary.com/year>  . So fresh  sample
can be tested earliest possible but meteors found in  KUTCH few thosands
years ago can not be tested positive.  not only that  Iridium cannot be
attacked by any acids <http://encyclopedia.thefreedictionary.com/acid>
or by  aqua  regia
<http://encyclopedia.thefreedictionary.com/aqua+regia> , which used to
dissolve non reactive gold, but it can be attacked by molten  salts
<http://encyclopedia.thefreedictionary.com/salt> , such as  NaCl
<http://encyclopedia.thefreedictionary.com/sodium+chloride> . As Kutch
land  and Rann area LUNA CRATER and othr specimen from the RANN area of
KUTCH might be affected by such solty composition of area. Though  191Ir
37.3%  Ir is stable
<http://encyclopedia.thefreedictionary.com/stable+isotope>  with 114
neutrons <http://encyclopedia.thefreedictionary.com/neutron>   and 193Ir
62.7% Ir is stable
<http://encyclopedia.thefreedictionary.com/stable+isotope>  with 116
neutrons <http://encyclopedia.thefreedictionary.com/neutron>  those
specimens may not show  any trace of Ir element as that may have been
disappered due to salt action. we  need to find a realy large chunk  of
meteor to test  from inner part of the meteor specimen.

We were indiscuusion with department of chemistry in University of
Kutch, regarding possible chemical anylytic tests for meteors and
Iridium. thats puts relative light on the Earthern elemets but details
here  given beloow shows that it will be difficult ot say about the non
Earthern iridium element of meteors.

High Iridium  concentration of alkaline rocks of Deccan and
implications to K/T boundary.

Physical Research  Laboratory, Ahmedabad  India.

Report here an  unusually high concentration of iridium in some alkali
basalts and alkaline  rocks of Deccan region having an age of about
65Ma, similar to the age of the Cretaceous-Tertiary boundary. The alkali
basalts  of Anjar, in the western  periphery of Deccan province, have
iridium  concentration as high as 178pg/g whereas the alkaline rocks and
basalts  associated with the Amba  Dongar carbonatite complex have
concentrations ranging between 8 and 80 pg/g. Some of these values are
more than  an order of magnitude higher than the concentration in the
tholeiitic basalts of Deccan, indicating the significance of alkaline
magmatism in the iridium  inventory at the Cretaceous-Tertiary boundary.
Despite higher concentration,  their contribution to the global
inventory of iridium in the Cretaceous-Tertiary  boundary clays remains
small. The concentration of iridium in fluorites from  Amba Dongar was
found to be  <  30  pg/g indicating that iridium is not incorporated
during their formation in  hydrothermal activity.

1.  Introduction

The voluminous  Deccan flood basalts, because of their peak  activity of
eruption around the same time as the Cretaceous-Tertiary transition
(65Ma ago), are considered to have been responsible for the mass
extinction  (McLean 1985; Courtillot  1986). The extinction event is
associated with a high concentration of platinum  group elements,
specially  iridium in the K/T boundary (KTB) clays which, at places, is
found in  concentrations as high as >100ng/g, although  the global
average value is about 10ng/g. This is more than two orders of
magnitude higher than the iridium concentration found in other marine
sediments,  and therefore an extraterrestrial source such as asteroidal
or cometary bolides has been invoked as a source of  the high iridium
concentration at the K/T boundary (Alvarez et al  1980; Hut1987).
Systematic measurements of iridium in Deccan  basalts have not been
made, but a few analyses of tholeiites have shown that they typically
have low  concentrations (about 10  pg/g). This is taken to indicate
that their contribution to the  iridium inventory at the KTB (Orth et al
1990; Bhandari 1993) is negligible,  thus favouring an extraterrestrial
source. Apart from tholeiitic basalts, which constitute the bulk (99%)
of Deccan, numerous though minor regions of  alkali basalts,
carbonatitic and acidic rocks are known to occur;  they have not been
analyzed for PGE and their iridium contribution at KTB is not  known.
This has become an important aspect, since iridium rich sediments have
been found sandwiched between basaltic flows at Anjar (Bhandari 1995),
most of which are alkaline. In  general, alkaline magmatism in Deccan is
conned to the western and  north western part of the Indian shield and
is particularly clustered around the  Gulf of Cambay (Saurashtra  and
Kutch), localized in plug-like bodies along belts in the Narmada{Son
fracture zone (Bose 1980). We have now measured the iridium
concentration in  some alkaline and carbonatitic rocks of Deccan. Two
suites of rocks, having formation ages close  to the K/T boundary were
selected for this work. The _rst set consisted of the basalt flow
sequence at  Anjar in Kutch (Bhandari 1995, 1996) and the  second suite
of rocks were taken from the Amba Dongar carbonatite complex (Viladkar
1996).

   2. Geological  settings and geochronological framework

2.1 Anjar  Volcano-sedimentary sequence The Anjar volcano-sedimentary
sequence consists of nine basalt  flows, some of which are separated by
several meters  thick sedimentary deposits. The basalts, dated by
40Ar-39Ar  method, span an age bracket  of about 61.6 to _67.8  Ma
(Venkatesan and Pande, private  communication 1996). However, the  four
flows (F-3, 4, 6 and 8) are found to have an age  close to 65 _ 1Ma
(Venkatesan 1996; Venkatesan and Pande, private communication), same  as
the age of KTB. The lowermost flow (F-1) has an age of _68Ma indicating
that  the Deccan activity in  Kutch started well before  the K/T event.
The age of the uppermost  flow (F-9) is not known precisely because the
apparent  age spectrum did not yield a plateau; however the  data
suggest a value of about 62Ma. The primary  reversed magnetic polarity
of flows F-4, 6 and 8,  which could be determined with confidence,
places them in the magnetic chron 29R, during which  the iridium-rich
KTB layer was deposited (Shukla 2001). The sediments in  the  third
intertrappean bed (IT3) which is  about 5.8 meters thick near  Viri show
high  concentration of iridium, having  values generally about 100
pg/g. About 1.2 meters  above the lower flow (F-3), it also contains
three  horizons, separated by about 25 and 32  cms respectively, which
show enriched  concentration of iridium (700 to 1333pg/g) and osmium
(1215 to 2230 pg/g). Based  on  the  chronology of basalts (65 Ma),
chemical composition (high iridium, osmium) and  fossil records
(Ghevariya  1988; Bajpai and Prasad  2000), it has been inferred that
these three layers were deposited at or close  to the K/T boundary
(Bhandari 1995, 1996). Based on their chemical  composition, flows 1 to
8 can be classified as Ocean Island alkali basalts (OIB) and F-9 is
similar to the uncontaminated basalts of Ambenali (Shukla 2001). Samples
of seven of these nine basalt  flows have been analyzed in the present
study (table 1).

2.2 Amba Dongar complex

The Amba Dongar alkaline complex in Chota Udaipur is a subvolcanic
intrusion with some explosive activity,  which intruded the pre-existing
basalts and Bagh sandstones of Cretaceous age (Viladkar 1996). The
complex is  about 30 sq. km. in area and is in the form of a ring dyke,
wherein fenite is formed by alkalic metasomatism of the Bagh
sandstones.The complex has been dated by  40Ar-39Ar method and found  to
be 65:0_0:3 Ma old (Ray 1997;  Ray and Pande 1999). Phlogopite from
calcite carbonatites gives an age of  65:5_0:8 Ma whereas the
nephelenites that are  exposed in the lower areas are dated at 64:8 _
0:6 Ma. The similarity  of ages suggests that the nephe- lenitic and
carbonatitic volcanisms are contempo- raneous. In the center of the
complex, there is  a much younger basaltic intrusion (Viladkar 1996).
Majority of the alkaline/carbonatite-alkaline com- plexes such as at
Phenai mata and Bhakatgarh in Deccan have also been emplaced
synchronously with Amba Dongar at 65Ma (Ray and Pande 1999). This
synchroneity and the tremendous fluid bearing  capacity of such magmas
have led to the suggestion that they have played a role  in the K/T mass
extinction. For example, the carbonatite-alkaline activity could have
injected  catastrophic

Based on analysis of  seven samples. amounts of CO2 and SO2 in a very
short time  of a few years into the atmosphere thereby aggravat-ing or
even triggering the extinction  events at the KTB (Ray and Pande 1999).
Samples of various types of carbonatites, basalts, alkaline  rocks and
fluorite crystals (table 2) were collected at locations shown in
figures. Basalts from outside the ring dyke (outer basalts) and from the
center of the complex (inner  basalts) are included in the analysis. The
deposits of fluorite in Amba Dongar are concentrated mostly in
s¨ovite (calcitic carbonatite) and also along the  contact of Bagh
sandstone.  Some of the carbonatite  blocks had a black fine coat,
presumably due to some post- formation physico-chemical processes. This
is also included in the analysis.

3. Analytical  techniques

Elemental  concentrations were determined by the instrumental neutron
activation analysis  (INAA) technique following the procedure described
else-where (Bhandari et al  1994).  Concentration of sev-eral  elements
(Fe, Co, Ni, Cr, Ca, Ba, Th, Se, Hf, Sb, Na, K etc.) and nine rare-earth
elements (REE:  La, Ce, Nd, Sm, Eu, Gd, Tb, Yb and Lu) could be
determined in this way.  Concentrations of Ir was  determined after
radiochemical separation follow-ing a procedure adopted from Keays
(1974) or by the assay  technique developed by Schmidt and Pernicka
(1994). However, in order to minimize  contamination and also to measure
all the elements mentioned above, we have  concentrated Ir in bead
after  irradiation with  thermal neutrons (Das and Shukla 1999) and not
before irradiation as was done  by Schmidt and Pernicka  (1994). The
iridium concentrations determined by RNAA and assay method agreed
within errors except for a few samples in which the difference ranged up
to  _18%. Because of  the possibility that a part of this variation
could be due to sample  heterogeneity, we have used the mean values in
the following  discussion.

4. Results and  discussion

The concentrations  of some selected elements measured in Anjar basalts
are given in table 1. The iridium  concentration in Anjar  flows 1, 2,
4, 6 and 8 (50 to 178 pg/g) is more than an order of magnitude  higher
than that found in tholeiites of Dec- can whereas Flows 3 and 9 show
lower concentration of Ir  (2.2 to _30 pg/g), similar to  that found in
tholeiites.  The flows 3 and 4, between which the third intertrappean
bed is sandwiched Iridium in alkaline  rocks of Deccan 107

Figure 2(b). Rare  earth patterns of different samples of carbonatite,
alkaline rocks, fenites and fluorites of Amba Don-gar normalised to
Ocean  Island Alkali Basalts (OIAB).have low  concentrations of iridium
(2.2 and 50pg/g) and it is unlikely that they could  have givenrise to
the  iridium enhancement (up to 1333 pg/g) seen in the  intervening
sediments. The basalts F-1 through F-8 are alkaline in nature,
resembling Ocean  Island basalts (OIB),  different from most tholeiites
whereas F-9 is similar to the  uncontaminated Ambenali  tholeiitic
basalt (Shukla 2001). The high iridium  concentration in Anjar  basalts
are comparable to the iridium concentration in the Hawaiian (Kilauea)
alkali basalts (320 pg/g) and may be due to the nature of the magma,
related to  the original reservoir of the Reunion hot spot from which
the lava is believed  to have been derived. Figure 2(a) shows that
iridium concentration in all the  basalts (except F-3) has a reasonable
correlation with alkalinity index  (Na2O+K2O)= SiO2. As rocks
associated with carbonatites in the Amba Dongar complex are also
alkaline, we have measured  several elements including iridium in them.
The concentrations of some selected  elements in Amba Dongar rocks are
given in  table

2. These rocks are  very heterogeneous and concentrations of trace
elements vary significantly in  different phases (Viladkar  1996). The
REE patterns, normalized to Ocean Island basalts are shown in figure.
The  nearly flat pattern indicates that,like Anjar, Amba Dongar outer
basalt also belongs to the OIB group.  The concentration of iridium in
the younger inner basalt had no measurable  amount of Ir  (<  20pg/g)
but the  outer basalt was found to have around 74pg/g. This high value
was confirmed by a  replicate measurement.

The iridium  concentration in other alkaline rocks is in the range of
6.8 to 18 pg/g but some  ferro carbonatites in which reliable
measurements could be made have lower concentrations, 8pg/g. The min-
eralised carbonatite A-1 however has  marginally high concentration
(51pg/g) and fenites, which are formed due to metasomatisation of the
pre-existing Bagh  Sandstones, have 21pg Ir/g. Fluorite miner- alisation
in the Amba Dongar area is the result of F-rich hydrothermal  deposition
associated with the carbonatitic magma (Sukheswala and Udas 1964)
marking the end phase of carbonatite activity (Viladkar 1996). It has
been  suggested that chloride and fluoride rich liquids might cause
mobilisation of  PGE (Wood 1987). In the presence of fluorine, iridium
is expected to form the  volatile IrF6 (melting point  44:4_C; boiling
point  53_C). Zoller (1983) observed that  iridium emissions from
Kilauea volcano were  related to the fluorine content of the magma and
high volatility of  IrF6  led  them to suggest that iridium may be
transported as gaseous IrF6 in volcanic  emissions. Toutain and  Meyer
(1989) also found high concentration of Ir in low temperature volcanic
sublimates. The  temperature of the hydrothermal fluid in Amba Dongar
has been estimated to be 100 to  200_C from the fluid  inclusion studies
(Roedder  1973). Our analysis shows that the fluorites are mainly
calcium fluorides (Ca =  31{51%) having high Ba  (8ppm to1%) and rare
earths. Concentration of Ir in fluorites is found to be _30 pg/g (table
2).  If all the iridium of the fluorine-rich hydrothermal fluid is
assumed to be  incorporated in the fluorites, then it can be concluded
that iridium occurs in  small concentration levels in the hydrothermal
fluid. This is consistent with  the thermodynamic calculations of Wood
(1987) which suggested that iridium  hexafluoride is unstable in the
presence of water. The 108 P N

concentration of Os in all the  rocks is below the detection limit of
200 pg/g. Apart from the results related  to iridium, the data suggest
several interesting correlations. The  concentrations of iridium and
ruthenium (as well as silver) roughly correlate in  carbonatites as well
as in  alkali basalts. Iridium in Anjar basalts seems to correlate well
with copper.  This supports the observation of Toutain and Meyer (1989)
that high iridium  concentrations occur in volcanic sublimates
containing mitscerlichite (K2Cu Cl4:2 H2O). Ir does not correlate with
any  other element i.e. V, Co, Ni, Mn, Sr, Lu, Eu, Fe, Al or Si measured
here. The coating on  rocks (A-2) seems to have the highest iridium
concentration (158 _ 13 pg/g) which  should have concentrated on the
surface by some physico-chemicalprocess.

5. Iridium  contribution from Deccan  volcanism

The results  discussed above suggest a high concentration of iridium in
alkali basalts of  Anjar as well as Amba Dongar but low concentration in
all other rocks.  Orth et al  (1990) measured the  iridium concentration
ranging between 6 and 26 pg/g in six Deccan  tholeiites.  These values
are consistent with the concentration (<  27  pg/g) estimated by us in a
few basalts from Takli and other locations in Dec- can (Bhandari 1993,
1996). Based on  their measurements, Orth  et  al (1990) adopted an
aver- age concentration (c) of 3.2 pg/g and calculated the maximum
contribution  (DIr) of Deccan  volcanism to the global iridium inventory
in the KTB clays density as the volume  fraction of Deccan basalts
formed at KTB (at 65 Ma), Fatm = fraction of  iridium going into the
atmosphere, usually taken as 0.3%, based on the  measurements of Olmez
et  al (1986) on the  Hawaiian basalts and airborne volcanic emissions.
The value F65 is not known.  Arguments have been developed based on
magnetic polarity and ages of rocks that  the peak Deccan activity had a
duration of <1Ma around 65Ma,  However the 40Ar-39Ar ages of the  Deccan
flows reveal that the volcanism lasted from 69{63 Ma and bulk of the
lavas erupted at 67Ma (Venkatesan 1993; Venkate-san and Pande 1996). The
frequency distribution of  40Ar-39Ar ages plotted with  stratigraphic
height  indicates that the Deccan activity peaked at  67Ma (Pande and
Venkatesan, private  communication). Recently All have dated a few
samples from Deccan traps around  Nagpur, Dongargaon and  Igatpuri etc.
by Re-Os  method and found that all of them fall on an isochron
corresponding to an age of  65:6 _ 0:3 Ma and osmium data  imply a short
duration of volcanism. Here we adopt a value of 22% for  F65, being the
fraction  of flows having ages between 64.5 and 65.5 Ma based on the age
distribution  given by Pande and Venkatesan (private  communication).
Even if the maximum value of 100% is taken, the conclusions  discussed
below will not change. Taking these values, the global contribution of
iridium by Deccan volcanism is estimated to be  about 13 tons.

   The global iridium  inventory in the KTB clays is estimated, based on
the mean global value of  integrated vertical profile of iridium of
50ng/cm2 to be about 250,000  tons. Thus, the Deccan contribution falls
short by over four orders of magnitude  com- pared to the iridium
inventory in the KTB layer, in agreement with several  such calculations
(Bhandari 1993; Orth 1990), necessitating an extraterrestrial  source.
If we adopt concentration of 100  pg Ir/g, the mean value of Anjar
basalts, as typical of  alkali basalts in Deccan, the iridium
contribution due to alkali  basalts is estimated to be 10% of the whole
of  Deccan since volumetrically the alkali basalts constitute less than
about 1% of  the Deccan. The global contribution due to  Deccan thus
remains negligible. However, the  alkali basalts can possibly make some
contribution locally, e.g. within the  Deccan province. We therefore
investigated if  the alkali basalts can give rise to anomalies seen in
Anjar intertrappeans where concentrations as high as 600  to 1200 pg/g
iridium have been found in three thin layers (Bhandari 1995).
Integrating the  vertical profile of iridium in the third intertrappean
bed of Anjar, we estimate a fallout of 10,000 pg/cm2. Taking the area of
Amba Dongar carbonatites as 30 sq km and a thickness of 1 km,  the
iridium contribution works out to be only about 30 pg/cm2, at Anjar
situated about 500 km away  if the iridium is distributed uniformly and
Fatm has a value similar  to the one adopted above (0.3%). Fatm for
carbonatitic magma is, however,  not known and, in view of its low
viscosity and high gas content, could be  large. For Amba Dongar and
other carbonatites to contribute  significantly to the Anjar  iridium
enhancement, Fatm has to be nearly  100%. Since Amba Dongar formation is
sub-volcanic, it is unlikely that iridium and other volatiles present in
these  rocks have been completely lost to the atmosphere. There fore,
the iridium  enhancements at Anjar  could not have been caused by
alkaline complexes in Amba Dongar. Similar arguments can be made for
other,  smaller alkaline bodies in Saurashtra. We therefore conclude
that iridium  enhancement seen in the Anjar intertrappeans can not arise
from the  alkali

Iridium in alkaline  rocks of Deccan 109

complexes of the Deccan. This argument is further strengthened since
high  iridium concentration (>120 pg/g) has not  been observed widely in
the Deccan intertrappean sediments (except  at Anjar) (Bhandari 1993).
We, therefore,  infer that the carbonatites and alkaline complexes have
contributed little iridium at the K/T boundary locally, and less so in
the global K/T layer. Our  analyses, thus, allow us to determine the
contribution of alkali basalts of  Anjar as well as of Amba Dongar
carbonatite complex in the iridium budget in the  K/T boundary clays. In
spite of their high concentration, the contribution of  alkali basalts
and Deccan as a whole is small  and an extraterrestrial source is
required to explain the global inventory of  iridium at the KT boundary.



Iridium



Atomic  Number:



77





Atomic  Weight:



192.217





Melting  Point:



2719 K (2446°C or  4435°F)





Boiling  Point:



4701 K (4428°C or  8002°F)





Density:



22.42 grams per  cubic centimeter





Phase at Room  Temperature:



Solid





Element  Classification:



Metal







Period  Number:



6



Group  Number:



9



Group  Name:



none

























What's in a  name?



From the Latin  word for rainbow, iris.









Say  what?



Iridium is  pronounced as i-RID-i-em.











History and  Uses:



Iridium and osmium <http://education.jlab.org/itselemental/ele076.html>
were discovered at the same time by the British chemist  Smithson
Tennant in 1803. Iridium and osmium were identified in the black
residue remaining after dissolving platinum
<http://education.jlab.org/itselemental/ele078.html>  ore with aqua
regia, a mixture of 25% nitric acid  (HNO3) and 75% hydrochloric acid
(HCl). Today, iridium is still obtained from  platinum ores and as a
by-product of mining nickel
<http://education.jlab.org/itselemental/ele028.html> .

Pure iridium is  very brittle and is nearly impossible to machine. It is
primarily used as a  hardening agent for platinum. Platinum-iridium
alloys are used to make crucibles  and other high temperature equipment.
Iridium is also alloyed with osmium to  make the tips of fountain pens
and compass bearings.

Iridium is the  most corrosive resistant metal known. For this reason,
the standard meter bar  was created from an alloy of 90% platinum and
10% iridium. This bar was replaced  as the definition of the meter in
1960 when the meter was redefined in terms of  the orange-red spectral
line of krypton <http://education.jlab.org/itselemental/ele036.html>
-86.

A thin, worldwide  layer of iridium exists in a layer of sediment that
was put down at the end of  the Cretaceous period. Since meteors and
asteroids contain a higher percentage  of iridium than the earth's
crust, this iridium enriched layer is seen as  evidence that the earth
was struck by a large meteor or asteroid at that time.  Dust from the
impact would have spread around the globe, depositing the iridium.  The
dust also would have blocked the sun for a time, resulting in the
extinction  of many plant and animal species, including the dinosaurs.



Estimated Crustal  Abundance:



1×10-3  milligrams per kilogram









Estimated Oceanic  Abundance:



No Data  Available







Number of Stable  Isotopes:



2



(View all  isotope data
<http://education.jlab.org/itselemental/iso077.html> )











Ionization  Energy:



9.1 eV











Oxidation  States:



+4, +3











Electron  Shell Configuration
<http://education.jlab.org/qa/electron_config.html> :



1s2















2s2



2p6











3s2



3p6



3d10







4s2



4p6



4d10



4f14



5s2



5p6



5d7







6s2




























Notable  characteristics
A platinum group
<http://encyclopedia.thefreedictionary.com/platinum+group>  metal
<http://encyclopedia.thefreedictionary.com/metal> ,  iridium is white,
resembling platinum <http://encyclopedia.thefreedictionary.com/platinum>
, but with a slight yellowish cast. Due to its extreme  hardness and
brittle properties, iridium is difficult to machine, form, or work.
Iridium is the most corrosion
<http://encyclopedia.thefreedictionary.com/corrosion> -resistant metal
known. Iridium cannot be attacked by  any acids
<http://encyclopedia.thefreedictionary.com/acid>  or by aqua  regia
<http://encyclopedia.thefreedictionary.com/aqua+regia> , but it can be
attacked by molten salts
<http://encyclopedia.thefreedictionary.com/salt> , such as NaCl
<http://encyclopedia.thefreedictionary.com/sodium+chloride>  and  NaCN
<http://encyclopedia.thefreedictionary.com/sodium+cyanide> .

The measured density <http://encyclopedia.thefreedictionary.com/density>
of this element is only slightly lower than that of osmium
<http://encyclopedia.thefreedictionary.com/osmium> , which is often
listed as the most dense element known. However, calculations of
density from the space lattice may produce more reliable data for these
elements  than actual measurements and give a density of 22650 kg/m³
<http://encyclopedia.thefreedictionary.com/kilogram+per+cubic+metre>
for iridium versus 22610 kg/m³ for osmium. Definitive  selection
between the two is therefore not possible at this  time.



77

osmium <http://encyclopedia.thefreedictionary.com/osmium>   <-
iridium  ->  platinum
<http://encyclopedia.thefreedictionary.com/platinum>

Rh <http://encyclopedia.thefreedictionary.com/rhodium>
^
Ir
V
Mt <http://encyclopedia.thefreedictionary.com/meitnerium>

Periodic Table
<http://encyclopedia.thefreedictionary.com/periodic+table+%28standard%29\
>  - Extended Periodic Table





General

Name
<http://encyclopedia.thefreedictionary.com/list+of+elements+by+name> ,
Symbol
<http://encyclopedia.thefreedictionary.com/list+of+elements+by+symbol> ,
Number

iridium, Ir, 77

Chemical series
<http://encyclopedia.thefreedictionary.com/Chemical+series>

transition metals
<http://encyclopedia.thefreedictionary.com/transition+metal>

Group, Period, Block
<http://encyclopedia.thefreedictionary.com/periodic+table+block>

9 <http://encyclopedia.thefreedictionary.com/group+9+element> , 6
<http://encyclopedia.thefreedictionary.com/period+6+element> , d
<http://encyclopedia.thefreedictionary.com/d-block>

Appearance <http://encyclopedia.thefreedictionary.com/color>

silvery  white

Atomic mass <http://encyclopedia.thefreedictionary.com/Atomic+mass>

192.217(3)
<http://encyclopedia.thefreedictionary.com/List+of+elements+by+atomic+ma\
ss>  g/mol

Electron configuration
<http://encyclopedia.thefreedictionary.com/Electron+configuration>

[Xe <http://encyclopedia.thefreedictionary.com/xenon> ] 4f14  5d7 6s2

Electrons <http://encyclopedia.thefreedictionary.com/Electron>  per
shell <http://encyclopedia.thefreedictionary.com/electron+shell>

2, 8, 18, 32, 15,  2

Physical properties

Phase <http://encyclopedia.thefreedictionary.com/Phase+%28matter%29>

solid <http://encyclopedia.thefreedictionary.com/solid>

Density <http://encyclopedia.thefreedictionary.com/Density>  (near r.t.
<http://encyclopedia.thefreedictionary.com/room+temperature> )

22.65  g·cm-3

Liquid density <http://encyclopedia.thefreedictionary.com/density>  at
m.p. <http://encyclopedia.thefreedictionary.com/melting+point>

19  g·cm-3

Melting point <http://encyclopedia.thefreedictionary.com/Melting+point>

2719 K <http://encyclopedia.thefreedictionary.com/kelvin>
(2446 °C <http://encyclopedia.thefreedictionary.com/Celsius> ,  4435
°F <http://encyclopedia.thefreedictionary.com/Fahrenheit> )

Boiling point <http://encyclopedia.thefreedictionary.com/Boiling+point>

4701 K <http://encyclopedia.thefreedictionary.com/kelvin>
(4428 °C <http://encyclopedia.thefreedictionary.com/Celsius> ,  8002
°F <http://encyclopedia.thefreedictionary.com/Fahrenheit> )

Heat of fusion
<http://encyclopedia.thefreedictionary.com/Standard+enthalpy+change+of+f\
usion>

41.12  kJ·mol-1

Heat of vaporization
<http://encyclopedia.thefreedictionary.com/Standard+enthalpy+change+of+v\
aporization>

231.8  kJ·mol-1

Heat capacity <http://encyclopedia.thefreedictionary.com/Heat+capacity>

(25 °C) 25.10  J·mol-1·K-1

Vapor  pressure
<http://encyclopedia.thefreedictionary.com/Vapor+pressure>

P/Pa

1

10

100

1  k

10  k

100  k

at T/K

2713

2957

3252

3614

4069

4659



Atomic properties

Crystal structure
<http://encyclopedia.thefreedictionary.com/Crystal+structure>

cubic face centered

Oxidation state
<http://encyclopedia.thefreedictionary.com/Oxidation+number> s

2, 3, 4,  6
(mildly basic
<http://encyclopedia.thefreedictionary.com/base+%28chemistry%29>  oxide)

Electronegativity
<http://encyclopedia.thefreedictionary.com/Electronegativity>

2.20 (Pauling  scale)

Ionization  energies

1st: 880  kJ/mol

2nd: 1600  kJ/mol

Atomic radius <http://encyclopedia.thefreedictionary.com/Atomic+radius>

135 <http://encyclopedia.thefreedictionary.com/1+E-10+m>   pm
<http://encyclopedia.thefreedictionary.com/picometre>

Atomic radius  (calc.)

180 <http://encyclopedia.thefreedictionary.com/1+E-10+m>   pm

Covalent radius
<http://encyclopedia.thefreedictionary.com/Covalent+radius>

137 <http://encyclopedia.thefreedictionary.com/1+E-10+m>   pm

Miscellaneous

Magnetic ordering <http://encyclopedia.thefreedictionary.com/magnetism>

no  data

Electrical  resistivity

(20 °C) 47.1  nΩ·m

Thermal conductivity
<http://encyclopedia.thefreedictionary.com/Thermal+conductivity>

(300 K)  147W·m-1·K-1

Thermal expansion
<http://encyclopedia.thefreedictionary.com/Coefficient+of+thermal+expans\
ion>

(25 °C) 6.4  µm·m-1·K-1

Speed of sound
<http://encyclopedia.thefreedictionary.com/Speed+of+sound>  (thin rod)

(20 °C) 4825 m/s
<http://encyclopedia.thefreedictionary.com/metre+per+second>

Young's modulus
<http://encyclopedia.thefreedictionary.com/Young%27s+modulus>

528 GPa

Shear modulus <http://encyclopedia.thefreedictionary.com/Shear+modulus>

210 GPa

Bulk  modulus <http://encyclopedia.thefreedictionary.com/Bulk+modulus>

320 GPa

Poisson ratio
<http://encyclopedia.thefreedictionary.com/Poisson%27s+ratio>

0.26

Mohs  hardness
<http://encyclopedia.thefreedictionary.com/Mohs+scale+of+mineral+hardnes\
s>

6.5

Vickers hardness
<http://encyclopedia.thefreedictionary.com/Vickers+hardness+test>

1760 MPa

Brinell  hardness

1670 MPa

CAS registry number
<http://encyclopedia.thefreedictionary.com/CAS+registry+number>

7439-88-5

Selected isotopes

Main article:  Isotopes of

iso <http://encyclopedia.thefreedictionary.com/Isotope>

NA <http://encyclopedia.thefreedictionary.com/natural+abundance>

half-life <http://encyclopedia.thefreedictionary.com/half-life>

DM

DE <http://encyclopedia.thefreedictionary.com/decay+energy>  (MeV)

DP <http://encyclopedia.thefreedictionary.com/decay+product>

189Ir

syn <http://encyclopedia.thefreedictionary.com/synthetic+radioisotope>

13.2  d

ε <http://encyclopedia.thefreedictionary.com/electron+capture>

0.532

189Os <http://encyclopedia.thefreedictionary.com/osmium>

190Ir

syn <http://encyclopedia.thefreedictionary.com/synthetic+radioisotope>

11.8  d

ε <http://encyclopedia.thefreedictionary.com/electron+capture>

2.000

190Os <http://encyclopedia.thefreedictionary.com/osmium>

191Ir

37.3%

Ir is stable <http://encyclopedia.thefreedictionary.com/stable+isotope>
with 114 neutrons <http://encyclopedia.thefreedictionary.com/neutron>

192Ir

syn <http://encyclopedia.thefreedictionary.com/synthetic+radioisotope>

73.83  d

β

1.460

192Pt <http://encyclopedia.thefreedictionary.com/platinum>

ε <http://encyclopedia.thefreedictionary.com/electron+capture>

1.046

192Os <http://encyclopedia.thefreedictionary.com/osmium>

192m <http://encyclopedia.thefreedictionary.com/nuclear+isomer> Ir

syn <http://encyclopedia.thefreedictionary.com/synthetic+radioisotope>

241 y <http://encyclopedia.thefreedictionary.com/year>

IT <http://encyclopedia.thefreedictionary.com/isomeric+transition>

0.155

192Ir

193Ir

62.7%

Ir is stable <http://encyclopedia.thefreedictionary.com/stable+isotope>
with 116 neutrons <http://encyclopedia.thefreedictionary.com/neutron>

194Ir

syn <http://encyclopedia.thefreedictionary.com/synthetic+radioisotope>

19.3  h

β<

2.247

194Pt <http://encyclopedia.thefreedictionary.com/platinum>

195Ir

syn <http://encyclopedia.thefreedictionary.com/synthetic+radioisotope>

2.5  h

β<

1.120

195Pt <http://encyclopedia.thefreedictionary.com/platinum>





By yours Dr.BHUDIA-Science Group Of  INDIA.
http://uk.geocities.com/wildlifeofkutch/
<http://uk.geocities.com/wildlifeofkutch/>
http://in.groups.yahoo.com/group/bhuj <../../../../../bhuj>
President:'Kutch Science Foundation'.
Founder  :'Kutch  Amateurs Astronomers Club - Bhuj - Kutch'.
Life Member:'kutch Itihaas Parishad'.
http://www.geocities.com/kutchscience/
<http://www.geocities.com/kutchscience/>
http://in.groups.yahoo.com/group/kutchscience/
<../../../../../kutchscience/>
http://in.groups.yahoo.com/group/scienceclubofindia/ <../../../../>
http://in.groups.yahoo.com/group/kachchh/ <../../../../../kachchh/>
Do visit our ABOVE  Clubs/Groups of Science club of India, Science Group
of  India





[Non-text portions of this message have been removed]

#438 From: drbhudia
Date:: Sun Dec 2, 2007 5:30 pm
Subject:: correspondence of Wood Fossils of Kutch RANN with Termites Holes in wood fossils
drbhudia
Offline Offline
 
correspondence of Wood Fossils of Kutch RANN with Termites Holes in
the wood fossils

Dear Dr. Biswas Saheb,

Thanks for your quick reply and interest to visit Kutch next month. I
am in Europe now. and will not be there during your visit to Kutch and
up to next six months.
This wood fossil with termitery holes in not black hills fossil But
That's in the Hills of Dholavira. 23 55 39 N and 70 13 19 E. But many
more from Black hills are kept in our museum at the KABIR MANDIR of
BHUJ. Also from Kunvarbet and also specimens from Vigakot border. Many
from Umiya, Lakhpat Harudi, Murchaban and around Pandhro Coal mine area.
ABADASA and also from Vagad and Khatrod hills, also giant wood fossil
in Khatrod -sample is attached . Many from Ramvaav village of Vagad.
also sample is attached.  We will be pleased display all from all
areas from allover KUTCH when I will be back.

Dr Bhudia

Date: Sun, 2 Dec 2007 10:19:24 +0000
From: sanjibkbiswas2001@...
Subject: Re: FW: Wood Fossils of Kutch RANN with Termites Holes in the
wood fossils
To: kutchsciencefoundation@...

     Good find. What is the actual location where you had find this
fossil? They are common along the foot of the Kaladongar Hill. Shall
contact you during my next visit to Kutch later this month.

     Dr. Biswas

         Recommended By: Viswanatha Karanth (r_v_karanth@...)
         Sent:30 November 2007 09:38:08

         Dear Dr. Bhudia,
         Thanks for sending the photographs again. You may send this
note to 'Current Science', Bangalore.
         Yours truly,
         RVKaranth

         Dr. R. V. Karanth
         [Professor of Geology (Retired),
         The Maharaja Sayajirao University of Baroda]
         104, 'Aarth'
         29, Pratapgunj
         Vadodara - 390 002, INDIA
         Tel : (cell)+91-99984 85468 (R) +91-265-2794707

         Date: Thu, 29 Nov 2007 04:19:55 +0000
         From: r_v_karanth@...
         Subject: Re: Wood Fossils of Kutch RANN with Termites Holes in
the wood fossils
         To: kutchsciencefoundation@...

         From: kutchsciencefoundation@...
         To: r_v_karanth@...
         Subject: RE: Wood Fossils of Kutch RANN with Termites Holes in
the wood fossils
         Date: Thu, 29 Nov 2007 10:02:42 +0000

         Dear Dr Karanth saheb,

         I send Email with photographs attached to your mail. attached
here 1) Wood Fossil With termite HOLES  2) Real Lifetree With termite
HOLES photos of your request, with pleasure

         Dr Bhudia

         Date: Thu, 29 Nov 2007 04:19:55 +0000
         From: r_v_karanth@...
         Subject: Re: Wood Fossils RANN of Kutch with Termites Holes in
the wood fossils
         To: kutchsciencefoundation@...

         Your finding is quite exciting. Please send me photographs.

         -RVKaranth

         Dr Bhudia Kutch Science Foundation
<kutchsciencefoundation@...> wrote:
         Sub:-Wood fossils RANN of Kutch with Termites Holes in the
wood fossils.

         During our last Geo-Archaeological expedition of Kutch and
Rann area we have very surprising results. we also visited Dholavira
and also the Hills of Dholavira. We planned for the route to Maruda
Takkar Oldest port, 15000 years old in the Middle of the Rann of KUTCH
and also visit the WOOD Fossil site of the Rann Of KUTCH.

         Though Later Dr Sringarpure the retired palaeontologist of the
Baroda University did join us but could not visit this fossil site but
he been so happy to see these findings. The fossil site is at about
3-4 meters from sea levels. and layer above that are in hillside
clearly showing the gastropods fossils. which provides clues of the
process time of the fossilisation.

         Which suggests that the wood fossils layers are older than the
marine fossils of the area. Not only that complete observation of wood
fossil showed that, the wood fossil was a whole tree with roots in the
in the sediment layers. and also wood has been decayed before the
process of the silicosis and fossilisation process. Decayed
discoloured layers of the wood fossils are still clearly visible in
places. suggesting that before the fossilisation of the tree trunk,
has roots in the Grounds. and tree trunk was in the in process of
decaying also tree trunk was infested with termite ancestors - almost
similar to today's termites (termites and many insects not much
changed since than) and tree trunk is seen with layers of termites
residence Sandy layers. may be termites ancestor be found in the
fossils form in side tree trunk as in very rare case of soft body fossils.
         The resulted in Decaying process and wood insects (TERMITES)
have infested the tree trunk before the fossilisation process. Though
many geologist do contradict the process and views but references
suggests that there are no doubts of the dating time and process and
decaying and putrefying wood and also fossilisation process.
         Northern side of Hills of BHANJANO Hills are in Landslide
collapsed at nearly 30 degree slope. which is not visible from as we
see from south side of the Hills. But with confirmation of BSF rangers
and people who visited RANN and North of the Hills of BHANJANO' we
could confirm that as we see from satellite views. Some such tectonic
activity might be responsible for that to do so.
         Evolution History suggests that TERMITES did persist during
that time and fossil is also clearly favouring the views.
         References: Insect Evolving Carboniferous 355-295 MYA, Page 28
ISBN 0-7513-0955-9    ENCYCLOPEDIA OF THE PRE-HISTORIC LIFE EXPLAINS
THAT as:
         First known insects were tiny wingless arthropods tat lived in
Devonian period. Many scientists think that insects share an ancestor
with the Crustaceans.
         By 320 MYA  some insects had developed wings . flying insects
developed different types of wings. The Flowering plants that arose in
cretaceous times provided food. Nectar lapping butterflies and pollen
eating bees were existing during that time.
         By 220 MYA ant like termites were forming 'Cities' in which
different individuals performed specialised tasks. Later Ants, Bees,
and Wasps also formed the colonies. Insects have proven so successful
that the world now teems with millions of insect species. No other
land based arthropods are so plentiful or varied.

         1) Wood Fossil With termite HOLES          2) Real Live TREE
With termite HOLES
         By yours Dr.BHUDIA-Science Group Of INDIA.
         http://uk.geocities.com/wildlifeofkutch/
http://in.groups.yahoo.com/group/bhuj
         President:'Kutch Science Foundation'.
         Founder :'Kutch Amateurs Astronomers Club - Bhuj - Kutch'.
         Life Member:'kutch Itihaas Parishad'.
         http://www.geocities.com/kutchscience/
http://in.groups.yahoo.com/group/kutchscience/
         http://in.groups.yahoo.com/group/scienceclubofindia/
         http://in.groups.yahoo.com/group/kachchh/
         Do visit our ABOVE Clubs/Groups of Science club of India,
Science Group of India.

#437 From: drbhudia
Date:: Wed Nov 28, 2007 9:22 pm
Subject:: Sub:-Wood fossils of Kutch RANN with Termites Holes in the wood fossils.
drbhudia
Offline Offline
 
Dear friends of science and Geology,
Sub:-Wood fossils of Kutch RANN with Termites Holes in the wood fossils.

During our last Geo-Archaeological expedition of Kutch and Rann area
we have very surprising results. we also visited Dholavira and also
the Hills of Dholavira.  We planned to route the Maruda Takkar Oldest
port 15000 years old in the Middle of the Rann of KUTCH and also visit
the WOOD Fossil site of the Rann Of KUTCH. Though Later Dr Sringarpure
the retired palaeontologist of the Baroda University did join us but
could not visit this fossil site but he been so happy to see these
findings.
The fossil site is at about 3-4 meters from sea levels. and layer
above that are in hillside clearly showing the gastropods fossils.
which provides clues of the process time of the fossilisation.
Which suggests that the wood fossils layers are older than the marine
fossils of the area. Not only that complete observation of wood fossil
are showed that,
The wood fossil was a whole tree with roots in the in the sediment
layers. and also wood has been decayed before the process of the
silicosis and fossilisation process.
Decayed discoloured layers of the wood fossils are still clearly
visible in places. suggesting that before the fossilisation of the
tree trunk, has roots in the Grounds.
But some tectonic activity might have done that to do so. which
resulted in Decaying process and wood insects (TERMITES) have infested
the tree trunk before the fossilisation process.
Though many geologist do contradict the process and views but
references suggests that there are no doubts of the dating time and
process and decaying and putrefying wood and also Evolution History
suggests that TERMITES did persist during that time and fossil is also
clearly favouring the views.
References: Insect Evolving Carboniferous 355-295 MYA, Page 28 ISBN
0-7513-0955-9    ENCYCLOPEDIA OF THE PRE-HISTORIC LIFE EXPLAINS THAT as:
First known insects were tiny wingless arthropods tat lived in
Devonian period. Many scientist think that insects share an ancestor
with the Crustaceans.
By 320 MYA  some insects had developed wings . flying insects
developed different types of wings. The Flowering plants that arose in
cretaceous times provided food. Nectar lapping butterflies and pollen
eating bees were existing during that time.
By 220 MYA ant like termites were forming "Cities" in which different
individuals performed specialised tasks. Later Ants, Bees, and Wasps
also formed the colonies. Insects have proven so successful that te
world now teems wit millions of insect species. No other land based
arthropods are so plentiful or varied.

1) Wood Fossil With termite HOLES          2) Real Live TREE With
termite HOLES
By yours Dr.BHUDIA-Science Group Of INDIA.
  http://uk.groups.yahoo.com/group/venustransit_2004/
President:"Kutch Science Foundation".
Founder :"Kutch Amateurs Astronomers Club - Bhuj - Kutch".
Life Member:"kutch Itihaas Parishad".
kutchscience@..., kutchscience@...,
http://uk.geocities.com/wildlifeofkutch/
http://www.geocities.com/kutchscience
http://profiles.yahoo.com/kutchscience2000
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Do visit our ABOVE Clubs/Groups of Science club of I

#436 From: drbhudia
Date:: Wed Nov 7, 2007 11:02 am
Subject:: A new planet was discovered orbiting a sun-like star 41 light years away,
drbhudia
Offline Offline
 
Dear friends of science and Astronomy,

   [This artist rendering released by NASA/JPL-Caltech, Tuesday, Nov. 6,
2007, shows four of the five planets that orbit 55 Cancri, a star much
like our own. The most recently discovered planet, and the fourth out
from the star, looms large in the foreground. Astronomers said Tuesday
they have discovered a fifth planet orbiting a sun-like star 41 light
years away, making it the first planetary quintet outside our solar
system. The newfound planet joins four others circling the nearby star
55 Cancri in the constellation Cancer. (AP Photo/NASA JPL CalTech)]
<http://us.f83.mail.yahoo.com/photo/071106/480/1a1f8e2baecb4017bc4d228a4\
5a96f02;_ylt=At_W9rhec48WTHwTBs.lGqhxieAA>


<http://us.f83.mail.yahoo.com/photo/071106/480/1a1f8e2baecb4017bc4d228a4\
5a96f02;_ylt=At_W9rhec48WTHwTBs.lGqhxieAA>  AP Photo:
<http://us.f83.mail.yahoo.com/photo/071106/480/1a1f8e2baecb4017bc4d228a4\
5a96f02;_ylt=AuqYqmWJP04XXm4Tq8GWD.lxieAA>  This artist rendering
released by NASA/JPL-Caltech,  Tuesday, Nov. 6, 2007, shows four of the
five...
Tue Nov 6, 5:32 PM ET

LOS ANGELES - A new planet was discovered orbiting a sun-like star 41
light  years away, making it the first known planetary quintet outside
our solar  system, astronomers said Tuesday.


The newfound planet joins four others circling the nearby star 55 Cancri
in  the constellation Cancer. Although it resides in the star's
so-called habitable  zone, a place where liquid water and mild
temperatures should exist, it is more  like Saturn than Earth and
therefore not likely to support life.

Still, scientists have not ruled out the possibility of finding an
Earth-like  planet within the system as technology improves.

"It's a system that appears to be packed with planets," said
co-discoverer  Debra Fischer, an astronomer at San Francisco State
University.

Ranked fourth from 55 Cancri, the latest planet is about 45 times the
mass of  Earth and has an orbit of 260 days. It was detected after
nearly two decades of  observations by ground-based telescopes using the
Doppler technique that  measures a planet's stellar wobble.

The other planets in the 55 Cancri system were discovered between 1996
and  2004. The innermost planet is believed to resemble Neptune, while
the most  distant is thought to be Jupiter-like.

Scientists have detected about 250 exoplanets, or planets orbiting a
star  other than the sun. The 55 Cancri star holds the record for number
of confirmed  planets. Only one other star is known to have four
planets, while several others  have three or less.

"We can now say there are stars like the sun that have many worlds
around  them," said planetary scientist Jonathan Lunine of the
University of Arizona,  Tucson, who had no role in the discovery.

The research will appear in a future issue of the Astrophysical
Journal. It was funded by NASA, the  National Science Foundation and the
University of  California.

The latest discovery shows that our solar system is not unique,
scientists  said.

"When you look up into the night sky and see the twinkling lights of
stars,  you can imagine with certainty that they have their own
complement of planets,"  said astronomer Geoff Marcy of the University
of  California, Berkeley, who was part of the research.
Forwarded By yours Dr.BHUDIA-Science Group Of INDIA.
   http://uk.groups.yahoo.com/group/venustransit_2004/
<http://uk.groups.yahoo.com/group/venustransit_2004/>
President:"Kutch Science Foundation".
Founder :"Kutch Amateurs Astronomers Club - Bhuj - Kutch".
Life Member:"kutch Itihaas Parishad".
kutchscience@...
<../../../../kutchitihasparishad/post?postID=y-45gBN_vSZJVeec3ZN6y7XZ3wn\
8A42UKA3Sbf1z_wbnNzeLg4ojrgKFkw5EKL4FbewvLPv5UWcPLpX_2yTyUA> ,
kutchscience@...
<../../../../kutchitihasparishad/post?postID=xcg0RBzdxEE8lrpzSYLeUKjemnQ\
LFYDF6v7xKuf7ryZu8X6v8CvuLJMQqTPj7245dd50Z3aJ9_3PtDvldB4> ,
http://uk.geocities.com/wildlifeofkutch/
<http://uk.geocities.com/wildlifeofkutch/>
http://www.geocities.com/kutchscience
<http://www.geocities.com/kutchscience>
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<http://profiles.yahoo.com/kutchscience2000>
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<../../../../scienceclubofindia>
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http://in.groups.yahoo.com/group/kachchh <../../../../kachchh>
http://in.groups.yahoo.com/group/bhuj <../../../../bhuj>   Do visit our
ABOVE Clubs/Groups of Science club of India, Science Group of India.


[Non-text portions of this message have been removed]

#435 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Mon Nov 5, 2007 11:13 am
Subject:: HAPPY DIPAWALI - HAPPY NEW YEAR
sciencegroup...
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Send Email Send Email
 
HAPPY DIPAWALI - HAPPY NEW YEAR
Dearest Friends,
It is time of DIPAWALI when we greet a joyous occasion to bring joy to people we
know and love and to extend to them warm wishes, best of health and prosperity
for the coming year.We extend a warm invitation to you, your friends and family
members.
Thank you
Dr Bhudia and Pariowar and Kutch Science foundation
From yours Dr.BHUDIA-Science Group Of INDIA.
http://uk.groups.yahoo.com/group/venustransit_2004/
President: "Kutch Science Foundation".Founder :"Kutch Amateurs Astronomers Club
- Bhuj – Kutch
".Life Member:"kutch Itihaas Parishad".
kutchscience@... ,  kutchscience@... ,
http://uk.geocities.com/wildlifeofkutch/http://www.geocities.com/kutchscience/
http://profiles.yahoo.com/kutchscience2000/
http://in.groups.yahoo.com/group/scienceclubofindia/
http://in.groups.yahoo.com/group/kutchscience/
http://in.groups.yahoo.com/group/kachch/
hhttp://in.groups.yahoo.com/group/bhuj/ Do visit our ABOVE Clubs/Groups of
Science club of India, ScienceGroup of India.
_________________________________________________________________
Get free emoticon packs and customisation from Windows Live.
http://www.pimpmylive.co.uk

[Non-text portions of this message have been removed]

#434 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Thu Nov 1, 2007 11:17 am
Subject:: Now We are updateing our Digital DATA libraries in our Science foundations And many more to come.
sciencegroup...
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Send Email Send Email
 
Dear Librarians (Digital Data libraries) and friends Of Science, and many more
to come

We are updateing our Digital DATA libraries in our Science foundations. Now we
have Thosands of Books on many subjects of Science and other subjects of Maths
and engineerings as well.

Dear Librarians (Digital Data libraries) and friends Of Science, and many more
to come

Now We are updateing our Digital DATA libraries in our Science foundations And
many more to come.
We are updating our Digital DATA libraries in our Science foundations. Now we
have Thousands of Books on many subjects of Science and other subjects of Maths
and engineering as well.

1) Thousands of books on Computer and IT Science libraries - 1000+ books
2) Books on Mathematics
3) Books On Astronomy and Space science including Asimov’s science fiction
library.
4) Ancient Books of Astronomy Science
4) Home science and Cooking
6) Actuarial science and predictions
7) Physics Complete library. 100s of books
8) Chemistry Complete library  100s of Books
9) Biology Complete Library  100s of Books
10) Human Anatomy Science Medical Library
11) Full medical science library 100s of Books
12) Handicrafts and Stitching books
13) Robotic science and technology Books
14) Vedic (PURANs NAAD VEDAs) Library including all 18 Purans and 4 Vedas
15) Archaeological library
16) Geological Science Library including fossils and DINO fossils complete sets
of Photographic libraries
17) History, Science Documentary and science Discoveries and civilisations
Digital and digital Video libraries.
18) Reference Library of ancient civilisation and geological science library of
Kutch
19) Reference Library for Birds and Environment & Nature library of Kutch
20) Digital Audio Library including Vedic audio, Asimov’s Science Fictions audio
Library
And many more to come

From yours Dr.BHUDIA-Science Group Of INDIA.
http://uk.groups.yahoo.com/group/venustransit_2004/
President: "Kutch Science Foundation".Founder :"Kutch Amateurs Astronomers Club
- Bhuj – Kutch
".Life Member:"kutch Itihaas Parishad".
kutchscience@...,  kutchscience@...,
http://uk.geocities.com/wildlifeofkutch/http://www.geocities.com/kutchscience/
http://profiles.yahoo.com/kutchscience2000/
http://in.groups.yahoo.com/group/scienceclubofindia/
http://in.groups.yahoo.com/group/kutchscience/
http://in.groups.yahoo.com/group/kachch/
hhttp://in.groups.yahoo.com/group/bhuj/ Do visit our ABOVE Clubs/Groups of
Science club of India, ScienceGroup of India.
_________________________________________________________________
Get free emoticon packs and customisation from Windows Live.
http://www.pimpmylive.co.uk

[Non-text portions of this message have been removed]

#433 From: drbhudia
Date:: Fri Oct 26, 2007 12:48 pm
Subject:: Future science research programs
drbhudia
Offline Offline
 
Dear Friends of Science and astronomy,

Future science research programs

Thanks for your reply. Now a days i am in UK to visit Ancient
archaeological place Stonehenge
and Dino Fossil sites of Isle of white and Cambrian region.

There after I plan to visit Egypt  Cairo and Pyramids in
Luxor / Pyramids of Moons and Sun in  MAYA civilisations of
Mexico.

I will return in Kutch back in monsoon time 2008 after rain in KUTCH for
further
Geo-Archaeological research expeditions with geologists and
archaeologist.
as this time climate is better for research expeditions in Kutch
environment.
Last research expedition file is attached.

Year 2009 is celebrated as an INTERNATIONAL ASTRONOMY year and
22 July 2009 is the date for an extra ordinary date as an another golden
opportunity
for INDIA in the year
of the INTERNATIONAL ASTRONOMY year. A total Solar Eclipse will cross
middle of INDIA from MAHUVA- BHAVNAGAR to SURAT and up to Darjiling via
BHOPAL.
WHOLE world scientists are expected together at this occasion in india
Map is attached

   [The image
"http://upload.wikimedia.org/wikipedia/commons/f/f2/Solar_eclipse_an\
imate_%282009-Jul-22%29.gif" cannot be displayed, because it
contains errors.]
By yours Dr.BHUDIA-Science Group  Of INDIA.
http://uk.groups.yahoo.com/group/venustransit_2004/
President:"Kutch  Science Foundation".
Founder  :"Kutch Amateurs Astronomers Club -  Bhuj - Kutch".
Life Member:"kutch Itihaas  Parishad".
kutchscience@..., kutchscience@...,
http://uk.geocities.com/wildlifeofkutch/
http://www.geocities.com/kutchscience
http://profiles.yahoo.com/kutchscience2000
http://in.groups.yahoo.com/group/scienceclubofindia
http://in.groups.yahoo.com/group/kutchscience
http://in.groups.yahoo.com/group/kachchh
http://in.groups.yahoo.com/group/bhuj

mayur  vaishnav <rcscrajkot@...> wrote:


Dear Dr. Bhudia,
Thank you very much for this information.
Personally I always wished to see your center but haven't had an
opportunity.
Thanks again.
Regards
Mayur Vaishnav
member managing committee.
TEAM RCSC RAJKOT



[Non-text portions of this message have been removed]

#432 From: drbhudia
Date:: Thu Oct 25, 2007 10:45 am
Subject:: Wish you all a very happy SHARAD POORNIMA to you all friends and family members.
drbhudia
Offline Offline
 
Dear friends of Science and Astronomy,

Wish you all a very happy SHARAD POORNIMA to you all friends and family
members. Today is Sharad POORNIMA, biggest and brightest moon of year,
as we say in traditions for Sharad purnima, (Oct. 25-26) is the biggest
full Moon of 2007. It's no illusion. Some full Moons are genuinely
larger than others and Thursday night's will be as much as 14% wider and
30% brighter than lesser full Moons we've seen earlier this year. Check
http://spaceweather.com  for the reasons

BIG FULL MOON:  Tonight's full Moon is the biggest full Moon of 2007.
It's no  illusion
<http://science.nasa.gov/headlines/y2007/27jun_moonillusion.htm> . Some
full Moons are genuinely larger than others and this one is a  whopper.
Why? Read the answer below.
Left: A big, bright perigee Moon.  RIght: A lesser apogee Moon.     The
Moon's orbit is an ellipse with one side 30,000 miles closer to Earth
than the other. The full Moon of Oct. 25-26 is located on the near side,
making it appear as much as 14% bigger and 30% brighter than lesser full
Moons we've seen earlier in 2007.    In the language of astronomy, the
two ends of the Moon's orbit are called "apogee
<http://www.fourmilab.ch/earthview/moon_ap_per.html> " and "perigee
<http://fourmilab.ch/earthview/pacalc.html> ." Apogee is the  farthest
point, perigee the nearest: diagram.  This week's full Moon is a
"perigee Moon" with extra-high "perigean
<http://www.whoi.edu/seagrant/education/bulletins/tides.html>   tides
<http://www.oceanservice.noaa.gov/education/kits/tides/tides06_variation\
s.html> ."      The Moon is 14% bigger, but can you actually tell the
difference? It's not so easy. There are no rulers floating in the sky to
measure lunar diameters. A fun experiment: Take a friend outside
Thursday night and ask if they notice anything unusual about the Moon.
Explain perigee after they answer.
By yours Dr.BHUDIA-Science Group  Of INDIA.
   http://uk.groups.yahoo.com/group/venustransit_2004/
<http://uk.groups.yahoo.com/group/venustransit_2004/>
President:"Kutch  Science Foundation".
Founder  :"Kutch Amateurs Astronomers Club -  Bhuj - Kutch".
Life Member:"kutch Itihaas  Parishad".
kutchscience@...
<../../../../../kutchitihasparishad/post?postID=y-45gBN_vSZJVeec3ZN6y7XZ\
3wn8A42UKA3Sbf1z_wbnNzeLg4ojrgKFkw5EKL4FbewvLPv5UWcPLpX_2yTyUA> ,
kutchscience@...
<../../../../../kutchitihasparishad/post?postID=xcg0RBzdxEE8lrpzSYLeUKje\
mnQLFYDF6v7xKuf7ryZu8X6v8CvuLJMQqTPj7245dd50Z3aJ9_3PtDvldB4> ,
http://uk.geocities.com/wildlifeofkutch/
<http://uk.geocities.com/wildlifeofkutch/>
http://www.geocities.com/kutchscience
<http://www.geocities.com/kutchscience>
http://profiles.yahoo.com/kutchscience2000
<http://profiles.yahoo.com/kutchscience2000>
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<../../../../../scienceclubofindia>
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<../../../../../kutchscience>
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http://in.groups.yahoo.com/group/bhuj <../../../../../bhuj>


[Non-text portions of this message have been removed]

#431 From: drbhudia
Date:: Sun Oct 7, 2007 10:47 am
Subject:: Kutch Fossils evidence suggests that LAND of Kutch may be much older than it was
drbhudia
Offline Offline
 
Dear friends of Geology, History and Science,

Kutch Fossils evidence suggests  that LAND of Kutch may be much older
than it was thought  before.

Generally it has been believed that fossil found in Kutch goes back to
Jurassic 142 to 248 mn years and pre Jurassic period and up to Mesozoic
period and Land of kutch formation. And do not go beyond that But the
recent findings of fossils in KUTCH older than that time period suggest
that there has been some errors as fossils of Trilobites which falls
under the Palaeozoic period before that, in 248 to 545 mn years.

This year Dr Srigarpure , retired Palaeontologist from M S university of
baroda visited kutch and insisted to visit Khatrod Hills of kutch with
us. the JOINT expedition results were so exiting and putting furtherer
light on the kutch formation. as trilobites findings showed that kutch
may go back to  the         Cambrian period. Though no doubt upper
sedimentary layers are younger and have phase two fossils merged with
previous layers and undifferentiated from the older layers, the deeper
layers are of older time and may fall under Cambrian time.

Further research is needed by the experts of the respective field to
support the findings and so the permanent Working site is planned for
such research by kutch science foundation with the palaeontologist Dr
shigarpure. Such work with palaeontologists will put further lights on
geology and kutch land formation as at present there were no
palaeontologist settled in kutch to work in this field but only
temporary visiting palaeontologists visited kutch.

Also brachiopods microfissils of kutch will put further lights on that
matter. so palaeontologist working on the subjects of Microfossils of
kutch may put their work in support of that.
Also brachiopods microfissils of kutch will put further lights on that
matter. so palaeontologist working on the subjects of Microfossils of
kutch and Bryozoa and Brachiopods may put their work in support of that.
Marine  bryozoans show up  in the fossil record in the early part of the
Ordovician Period, <http://www.kgs.ku.edu/Extension/glossary.html#ordo>
about 470 million years ago.  Fossil bryozoans are common in the Permian
<http://www.kgs.ku.edu/Extension/glossary.html#permian>  rocks.    Dr
ASHIT K Guha is working in the fields of Bryozoa Microfossils of kutch,
Bryozoa Microfossils of kutch are in Abundant in western kutch near
MURCHABAN asharam near MAD KOTADA  CIVILISATIN region of MATANOMAD area.
Some of Pictures are chitchatted in mail attachments but if not visible
please let me know so i can forward those in separate email.


By yours Dr.BHUDIA-Science Group  Of INDIA.
   http://uk.groups.yahoo.com/group/venustransit_2004/
<http://uk.groups.yahoo.com/group/venustransit_2004/>
President:"Kutch  Science Foundation".
Founder  :"Kutch Amateurs  Astronomers Club - Bhuj - Kutch".
Life Member:"kutch Itihaas  Parishad".
kutchscience@...
<../../../../../kutchitihasparishad/post?postID=y-45gBN_vSZJVeec3ZN6y7XZ\
3wn8A42UKA3Sbf1z_wbnNzeLg4ojrgKFkw5EKL4FbewvLPv5UWcPLpX_2yTyUA> ,
kutchscience@...
<../../../../../kutchitihasparishad/post?postID=xcg0RBzdxEE8lrpzSYLeUKje\
mnQLFYDF6v7xKuf7ryZu8X6v8CvuLJMQqTPj7245dd50Z3aJ9_3PtDvldB4> ,
http://uk.geocities.com/wildlifeofkutch/
<http://uk.geocities.com/wildlifeofkutch/>
http://www.geocities.com/kutchscience
<http://www.geocities.com/kutchscience>
http://profiles.yahoo.com/kutchscience2000
<http://profiles.yahoo.com/kutchscience2000>
http://in.groups.yahoo.com/group/scienceclubofindia
<../../../../../scienceclubofindia>
http://in.groups.yahoo.com/group/kutchscience
<../../../../../kutchscience>
http://in.groups.yahoo.com/group/kachchh <../../../../../kachchh>
http://in.groups.yahoo.com/group/bhuj <../../../../../bhuj>


[Non-text portions of this message have been removed]

#430 From: kutchscience
Date:: Wed Oct 3, 2007 11:14 am
Subject:: Re: Bhadli Kotada civilisation and research findings of our Kutch Villages
kutchscience
Offline Offline
 
Hari shankar,


Thanks for your such an interest,

We plan a day visit on holiday time /Sundays, so we can start early in
the morning day light and finish by the evening day light as this type
of work can be best done in day light time. and always take guides of
Archaeologist and geologist of our group before we plan the expedition
and after completion for verification of our findings. so they also can
join. also historian of the group  is always with us to give details of
history of the place.  interested senior / retired citizens of
appropriate backgrounds do join with us as well as interested students
and school trip may join us. we take a guide from local area to guide us
in tracks and always seek for person who is well known of the area and
field we visit.

In Our geological tour to KHATROD range of Hills we had two school bus
from RD Varsani school and their staff. and in expedition in tapkeshwari
we had Dr Srigarpure retired paleontologist from Baroda and two of bhuj
Studets.

we carry out such expeditions only in SAVAN MONTH AFTER A RAIN IN KUTCH
SO in cool and comfortable weather , you can join us if you wish when we
plan the next in future years.

In bhuj@..., Harry Rajgor <harry_rajgor@...> wrote:
Thank you for such an informative narration. I would be interested to
know how many participated in this expedition? Was this a one day outing
or more?

Regards...
Harishanker Rajgor.

Dear friends of Archaeology and science,

Bhadli sentences are well famous in GUJARATI and so BHADLi as well, but
what is in Bhadli? We visited Kotada Bhadli and Kotada Tharavada on 5th
of August 2007 via Tharavada. And inquired about the KOTADA and we
arrived in Kotada village, but we arrived in a new Kotada village there.
We furtherer inquired about an OLD KOTADA village to old people of
KOTADA village but we could not get a trace of it. And with a God wish
we meet to one of Gadhavi farmer of the village and he said that there
is an old Kotada and is about 2km away from the village and is called
"GADHDO" farm but is difficult to reach there. We gathered all
our strengths and hope to go there but it started to rain and pour down.
So we have to leave the village earliest as there is a river on the way
back so we can not cross the river if it stars to flow as there is no
bridge.

Luckily we arrived to the temple on the river bank after crossing the
BHADLI Vaari  River and had some warm Lunch and tea. And then started
the return journey to home but that was not decided by our fate . Rain
pour down so heavily so that we changed our route to return but we had
no luck and rain pour down about 19cm rain in 4 hours. And we were not
able to drive any where. We were so lucky that we had a flask of hot
drinks. So we took shelter in farms and had all hot drinks there and
made ourselves feel warm. On return we saw the wall of the farm
collapsed because of flooding due to that heavy rain. At last we started
our journey way back to home after four hours of stay there because of
flooding all around.

We got a furtherer chance to explore this area again after a fortnight
and we did not wished to miss that. So we came back to the place and
with help of the Gadhavi farmer we got a guide to take us there in
GADHDO farm. We explored the area but exploration was difficult because
of good rain a month ago and a fortnight ago, as vegetation grown too
high and ground was difficult to explore. But we surprised after the
exploration and what we could see. We found the whole 137 meter wide and
long, square farm covered with grown vegetation but foundation stones we
filmed that farm were there was the underground GADH. MAP is attached to
this documentation, Also found the grave bones, so also looked for
graves and we could trace the place of the ancient graves in the area.

To explore further in surroundings we also explored the adjacent river
bed called "Ganga vaari" River and we surprised to see the
elevation of remnant of the ancient Dam formation. We were in confusion
whether it may be a remnant of the ancient Dam formation or not. But to
our solution we found the water channel in just an upstream of the
remnant of the ancient Dam formation.  And that was the confirmation of
what we were thinking of the remnant of the ancient Dam formation.



We met one of the shepherd "RABARI" he was also interested in
our exploration and we got one of the best guide in the area who was
well known to this area. We inquired about the area we wished to explore
and finding we had with us if we can see any other places nearby where
we can find such potteries and SHANKHS – sea shells. He was so
thrilled to see us in the area with them. He became our best guide to
show all routes to go to all places. Than we moved to other side of the
river to see the house foundation stones, graves, terracotta potteries
and also SHANKHS – sea shells. We documented all the places with
photography and filming.

Also we donated out finding of the SHANKHS – sea shells to the
department of the Archaeology in BHUJ so they can explore the area and
excavation of the area of GADH and make a further research on the one of
the hundred of such civilisation of KUTCH. Letter from the department of
Archaeology is attached here with the documentation.

Do not be surprised if you hear from any body that Madhapr of BHUJ -
KUTCH is an Indus place.

yes that is true. If you are in any doubt do not hesitate to contact the
department of archaeology in bhuj near middle school of BHUJ .

Area near the lake of MAGJIrai lake and area around it between river PAT
of madhapar and River Dhoravaav is that area but as the area is
industrialised and used for agriculture and also lake has been dug out
in past with new developments , all positive findings may be lost but
that's the BARE TRUTH.

PLACE NAMED WITH "RAI" ARE OLD LAKES ARE CIVILISATION PLACES

MOCHIRAI OF SUKHPAR - 40 HARAPPAN GRAVES ARE FOUND IN BAJARIYUN GAAM
AREA

SADHURAI OF GODPAR, JAMORAI BETWEEN GODPAR AND MANUKUVA, VICHANDRAI OF
MANUKUVA AND MAGJIRAI OF MADHAPAR.

SAR - MEANS SAROVAR ARE OLD CIVILISATION PLACES IN KUTCH .

BALASAR VAGAD NEAR GADHADA RASAJI
BHARASAR - HARAPPAN DAM AREA,
VADASAR - TARO -TALAV AREA OF THE VILLAGE
SUMARASAR - NENUNI DHAR CIVILISATION
DEVISAR - HAS MORE THAN ONE AREA OF
CIVILISATION AREA DEVISAR AND JATAWADA
BHADRESAR - BHADRESWAR
KHIRASARA , DAHISARA , MODSAR, Anandsar

MORO - MORA MEANS TAKARO - TIMBO

SARLI TIMBO - JIWA TIMBO ARE
VEKARA TIMBO OF VAGAD
VEKRA RAMPAR OF BHUJ
MOMAY MORA etc

GADH AND GADHADA OF KUTCH

GADHADA OF KHADIR NEAR RATANPAR
GADHADA RASAJI NEAR BALASAR IN VAGAD
GADHSHISHA
DEVPARGADH
RAPAR GADH
GADHWARI WADI - MEGHPAR IN BHUJ
GADHWARIWADI - KHIRSARA NETRA NAKHATRANA
PANDYANO GADH etc
GADHADA OF BHAVNAGAR ON RIVER BANKS OF GHELO RIVER.

KOT - KOTADA - KOTDI OF KUTCH

KANTH KOT
KOTADA CHAKAR REHA - UGAMANA AND ATHAMANA KOTADA - GADHADO AREA HAS GADH
IN GROUNDS
KOTADA BHADLI THARAVADA IN NAKHTRANA
Kotada (Roha) has OLD KOTDA near village Kotada and Khirasara

KOTADA THARAVADA IN ANJAR
KOTADA IN ZURA
KOTADA JADODAR
KOTADA - KOTADI OF DHOLAVIRA
KOTAY - KOTESHWAR
KATESHWAR - LAKHAPAT
LOTESHWAR - NARAYAN SAROVAR
ALSO KOTADA CHANDRANI

KOTAD AND KOTADA UNCHA OF MAHUVA BHAVNAGAR
KOTADA SANGANI ON BAY OF BANKS OF KUTCH - MORVI



LIST OF SITES OF SARASVATI CIVILIZATION of KUTCH

Maghjirai Madhapar Bhuj, Bajariyu near Mochirai Sukhpar Bhuj , Gadhwari
wadi Meghpar Bhuj, Harappan Damm area of Bharasar Bhuj and TARO area of
Vadasar are amongst the OLD CIVILISATION AREAs not included in list
below.

Archaeologists are attracted to the places of the name with Kotada -
kotadi,  There are about more than hundred archaeological sites in Kutch
(Harappan / Indus / sarasvati ). amongst Dholavira and Kuran Moti are
well-known and some are Khedoi , Lakhapar and kali Ramvav near RAMVAV in
Rapar. Jhura Kotadi, Meghpar GadhWARI wadi, Sukhpar Bajariyo nearZadko -
Zadki, Surkotada , MadKotada, RaparGADH, and so ....on. archaeologists
are attracted to the places of the name with Kotada - kotadi eithet it
may be a Kotada - kotadi of Dholavira or kotada jadodar,Kotada bhadli,
Kotada sangani, kotada Roha, Kotada Bhadli, Kotada mad, Kotada chakar or
any kotada/ kotadi and also to the GADH eg GADHWARI WADI, Bajario GADH,
Bajariyu Gaam.

SITE                 DISTRICT

SIZE             PERIODS
COORD.             COORD.                     BIBLIOGRAPHY

Bhachau           Kutch                                Medieval
IAR 1985-86: 17

Chitrod             Kutch                                Mature Harappan
23 24 00 N          70 40 00 E                    IAR 1977-78: 20
Joshi et al 1984: 529

Desalpur           Kutch

1.3             Early Historic Mature Harappan                    23 37
00 N         69 08 00E                     IAR 1955-56: 69-70 Rao 1963a:
188, 205

Dholavira         Kutch               60             Mature Harappan
23 53 10 N         70 13 00 E                      IAR 1967-68: 17
Amri-Nal Possehl 1980: 97 Joshi et al 1984: 529 Bisht 1989, 1991

Gadhwaliwadi  Kutch                               Mature Harappan
23 30 00 N         69 08 00 E                      IAR 1976-77: 74 IAR
1978-79: 94  Joshi et al 1984: 529

Mochirai Zadko  Kutch                              Mature Harappan
23 13 00 N         69 37 00 E

BHARASAR dam Kutch                             Mature Harappan
23 10 00 N         69 34 00 E

Zura Kotadi      Kutch                               Mature Harappan
23 24 00 N         69 36 00 E

Gameri             Kutch                              Medieva Post-urban
Harappanl
IAR 1985-86: 17

Gunthai             Kutch                             Mature Harappan
23 28 00 N         69 09 00 E                      Possehl 1980: 98
Joshi et al 1984: 529

Jagaroh             Kutch                             Medieval
Post-urban Harappan                    23 21 00 N         70 11 00 E
IAR 1986-87: 29

Jatavadar         Kutch                             Mature Harappan
23 45 00 N             70 40 00 E                   Joshi et al 1984:
529

JataVira           Kutch                              Mature Harappan
23 27 00 N             69 15 00 E

LAKHIYAVIRA        Kutch                        Mature Harappan
23 22 00 N             69 20 00 E

Kotay(Koteshwar)      Kutch                        Mature Harappan
23 23 00 N             69 48 00 E

Jhangar Anjar          Kutch         8           Mature Harappan
23 19 00 N             70 05 00 E                  IAR 1965-66: 14
Possehl 1980: 100 Joshi et al 1984: 528 Joshi 1990b: 418

Jhangar Khavada     Kutch                     Mature Harappan
23 53 00 N                 69 44 00 E              Chitalwala 1985: key
fig. 8

Juna Chopadwa     Kutch                     Mature Harappan
23 16 00 N 70 15 00 E                                   IAR 1986-87: 29

Kanmer             Kutch                         Medieval Mature
Harappan
IAR 1985-86: 19

Kanthkot             Kutch                         Mature Harappan
23 29 00 N                 70 29 00 E                  IAR 1967-68: 17
Possehl 1980: 102 Joshi et al 1984: 529

Katasar             Kutch                         Late Sorath Harappan
23 34 00 N                70 29 00 E                  Rao 1963a: 188,
206 Possehl 1980: 102 Joshi et al 1984: 528

Kerasi             Kutch

30.5           Mature Harappan
23 40 00 N                 70 44 00 E                  IAR 1965-66: 12
Possehl 1980: 102 Joshi et al 1984: 529 Joshi 1990: 412

Khakhra Dera     Kutch                       Mature Harappan
23 34 00 N                 70 29 00 E                  IAR 1960-61: 8
Possehl 1980: 103 Joshi et al 1984: 529

Khandariya     Kutch                         Late Medieval Mature
Harappan
IAR 1985-86: 19

Kharika Khanda     Kutch                     Mature Harappan
23 27 00 N                 70 19 00 E                  IAR 1965-66: 14
Possehl 1980: 105 Joshi et al 1984: 529

Khavda         Kutch                         Mature Harappan
IAR 1977-78: 20

Khedoi         Kutch                         Mature Harappan
23 03 00 N                 69 57 00 E                  IAR 1970: 13
Microliths IAR 1976-77: 15  Joshi et al 1984: 529

Kotada Bhadli One Kutch 3  Lustrous Red Ware Mature Harappan  23 22 00 N
69 26 00 E IAR 1965-66: 14-6  Possehl 1980: 105 Joshi et al 1984: 529

Kotada Bhadli Three Kutch  Mature Harappan  23 22 00 N    69 26 00 E
IAR 1965-66: 14-6 Possehl 1980: 105

Kotada Bhadli Two Kutch 8 Mature Harappan 23 22 00 N  69 26 00 E IAR
1965-66: 14-6 Possehl 1980: 105 Joshi et al 1984: 529

Kotada Kutch             Kutch             Lustrous Red Ware
23 18 00 N                     70 06 00 E               Possehl 1980:
106  Mature Harappan Joshi et al 1984: 529

Kotahra             Kutch                      Mature Harappan
IAR 1977-78: 20

Kateshwar (Lakhpat)    Kutch          Mature Harappan
23 46 00 N             68 52 00 E

Kotara              Kutch                     Mature Harappan
23 58 00 N                   69 47 00 E                  IAR 1967-68: 17
Possehl 1980: 106 Joshi et al 1984: 529

Lodai             Kutch                     Mature Harappan Post-urban
Harappan
IAR 1955-56: 69-70

Lakhasar One     Kutch                 Mature Harappan
23 14 00 N                         70 41 00 E             IAR 1986-87:
29

Lakhasar Two     Kutch                 Mature Harappan
23 14 00 N                         70 41 00 E             IAR 1986-87:
29

Lakhpar             Kutch

8         Mature Harappan
23 33 00 N                         70 28 00 E              IAR 1965-66:
16 Possehl 1980: 107 Joshi et al 1984: 529 Joshi 1990b: 418

Lakhpat             Kutch                 Mature Harappan
23 50 00 N                         68 47 00 E                  IAR
1960-61: 8 Possehl 1980: 108

Luna                 Kutch                 Mature Harappan
23 40 00 N                         69 15 00 E                  Rao
1963a: 206 Possehl 1980: 108 Joshi et al 1984: 528

Luna Mandvi     Kutch Mature Harappan
22 50 00 N                         69 24 00 E                  Possehl
1980: 108 Joshi et al 1984: 528

Rayan Juni Mandvi     Kutch         Mature Harappan
22 52 00 N                         69 21 00 E                  Possehl
1980: 108 Joshi et al 1984: 528

Mandriyara Mohra     Kutch         Medieval Mature Harappan
23 30 00 N                     70 16 00 E                      IAR
1986-87: 29

Meghper             Kutch                 Mature Harappan
IAR 1980-81: 10

Morvo             Kutch                     Mature Harappan
23 50 00 N                         70 42 00 E                      IAR
1967-68: 17 Joshi 1972: 114 Possehl 1980: 110 Joshi et al 1984: 529

Mulu             Kutch                     Mature Harappan
IAR 1979-80: 17

Narapa             Kutch                 Mature Harappan
23 29 00 N                         69 09 00 E
IAR 1967-68: 17 Possehl 1980: 110 Joshi et al 1984: 529

Nadapa Caves    Kutch               Mature Harappan
23 19 00 N                         69 55 00 E

Navinal             Kutch                 Mature Harappan
22 50 00 N                         69 35 00 E
Rao 1963a: 206 Possehl 1980: 111 Joshi et al 1984: 528

Nenuni Dhar     Kutch                 Mature Harappan
23 51 00 N                         69 44 00 E
IAR 1967-68: 17 Possehl 1980: 111

Joshi et al 1984: 528-9

Ner Nesdo         Kutch                 Mature Harappan Sorath Harappan
IAR 1980-81: 10  Chitalwala 1985: key fig. 8

Netra Khirasara     Kutch                 Red Polished Ware Mature
Harappan
IAR 1969-70: 6  IAR 1976-77: 74

Pabumath         Kutch

1.5         Late Sorath Harappan Mature Harappan     23 37 00 N
70 31 00 E                              IAR 1977-78: 21 Possehl 1980:
111 Joshi et al 1984: 528-9

Paria Waro Mohra    Kutch             Medieval Post-urban Harappan
23 06 00 N                     70 05 00 E
IAR 1986-87: 29

Patel Raniji Ka Magsa     Kutch     Post-urban Harappan
23 06 00 N                     70 11 00 E
IAR 1986-87: 29

Pirwada Khetar         Kutch             Mature Harappan
23 20 00 N                     70 00 00 E
IAR 1965-66: 17 Possehl 1980: 112  Joshi et al 1984: 529

Rampar Vekarano Timbo  Kutch     Mature Harappan
IAR 1967-68: 9 Posshl 1980: 114

Rampar                                         Sorath Harappan
Chitalwala 1985: key fig. 8

Rampara              Kutch                 Mature Harappan
23 30 00 N                     70 45 00 E
Joshi et al 1984: 529

Ramvav             Kutch                 Mature Harappan
23 32 00 N                     70 28 00 E
IAR 1977-78: 20 Joshi et al 1984: 529

Samagogha     Kutch                 Late Sorath Harappan Mature Harappan
22 55 00 N                     69 40 00 E
Possehl 1980: 115 Joshi et al 1984: 528

Sapara         Kutch                     Mature Harappan
IAR 1979-80: 17

Selari         Kutch                     Mature Harappan
23 42 00 N                        70 37 00 E
IAR 1967-68: 17 Possehl 1980: 115 Joshi et al 1984: 529

Shikarpur Kutch Kutch

5.3     Mature Harappan                                     23 07 00 N
70 35 00 E                                   IAR 1986-87: 80

Surkotada         Kutch

1.4     Early to Mature Mature Harappan Harappan  23 37 00 N
70 50 00 E                                   IAR 1964-65: 12  Possehl
1980: 116 Joshi et al 1984: 528

Toda Timbo     Kutch             Mature Harappan
IAR 1955-56: 70

Todio             Kutch               Mature Harappan
23 05 00 N                         68 55 00 E
Rao 1963a: 188, 207 Possehl 1980: 118 Joshi et al 1984: 529

Vada             Kutch                 Mature Harappan
23 29 00 N                         69 07 00 E
IAR 1967-68: 17 Possehl 1980: 118 Joshi et al 1984: 529

Vaidwali Mohra     Kutch         Post-urban Harappan
IAR 1985-86: 17

Rapar gadhwari     Kutch         Post-urban Harappan
23 06 00 N                         68 47 00 E

Rampar Abada wari  Kutch         Post-urban Harappan
23 20 00 N                         68 48 00 E

Kotada Chakar       Kutch         Post-urban Harappan
23 06 00 N                         69 44 00 E

Kotada MAD     Kutch                 Post-urban Harappan
23 28 00 N                         68 54 00 E

Bhadreshwar         Kutch             Post-urban Harappan
22 54 00 N                         69 54 00 E

Gadhada Khadir   Kutch             Mature Harappan
23 54 00 N                         70 26 00 E

KANTHKOT           Kutch             Mature Harappan
23  29 N                         70 28 00 E

From yours Dr.BHUDIA-Science Group Of INDIA .

http://uk.groups. yahoo.com/ group/venustrans it_2004/
<http://uk.groups.yahoo.com/group/venustransit_2004/>
President:"Kutch Science Foundation".

Founder:Kutch Amateurs Astronomers Club Bhuj-Kutch.

Life Member:"kutch Itihaas Parishad".
kutchscience@ yahoo.co. in
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#429 From: drbhudia
Date:: Mon Oct 1, 2007 7:55 pm
Subject:: Bhadli Kotada civilisation and research findings - Research communication
drbhudia
Offline Offline
 
Bhadli Kotada civilisation and research findings - Research
communication

Dear friends of Archaeology  and science,    Bhadli sentences are well
famous in GUJARATI and so BHADLI as well, but what is in Bhadli? We
visited Kotada Bhadli and Kotada Tharavada on 5th of August 2007 via
Tharavada. And inquired about the KOTADA and we arrived in Kotada
village, but we arrived in a new Kotada village there. We furtherer
inquired about an OLD KOTADA village to old people of KOTADA village but
we could not get a trace of it. And with a God wish we meet to one of
Gadhavi farmer of the village and he said that ther iss an old Kotada
and is about 2km away from the village and is called "GADHDO"
farm but is difficult to reach there. We gathered all our strengths and
hope to go there but before we start to go there it started to rain and
pour down. So we have to leave the village earliest as there was a river
on the way back so we can not cross the river if it stars to flow as
there is no bridge.   Luckily we arrived to the temple on the river bank
after crossing the BHADLI   Vaari River and had some warm Lunch and tea.
And then  started the return journey to home but that was not decided by
our fate.  Rain pour down so heavily so that we changed out rout to
return but we had no luck and rain pour down about 19cm rain in 4 hours.
And we were not able to drive any where. We were so lucky that we had a
flask of hot drinks. So we took shelter in farms and had all hot drinks
there and made ourselves feel warm. On return we saw the wall of the
farm collapsed because of flooding due to that heavy rain. At last we
started our journey way back to home after four hours of stay there
because of flooding all around.   We\got a furtherer chance to explore
this area again after a fortnight and we did not wished to miss that. So
we came back to the place and with help of the Gadhavi farmer we got a
guide to take us there in GADHDO farm. We explored the area but
exploration was difficult because of good rain a month ago and a
fortnight ago as vegetation grown too high and ground was difficult to
explore. But we surprised after the exploration and what we could see.
We found the whole 137meter wide and long, square farm covered with
grown vegetation but foundation stones we filmed were from the GADH
underground of that farm. MAP is attached to this documentation Also
found the grave bones, so also looked for graves and we could trace the
place of the ancient graves in the area.                To explore
further in surroundings we also explored the adjacent river bed called
" Ganga vaari" River and we surprised to see the elevation of
remnant of the ancient Dam formation. We were in confusion whether it
may be a remnant of the ancient Dam formation or not. But to our
solution we found the water channel in just an upstream of the remnant
of the ancient Dam formation.  And that was the confirmation  of what we
were thinking of the remnant of the ancient Dam  formation.          We
met one of the shepherd "RABARI" he was also interested in our
exploration and we got one of the best guide in the area who was well
known to this area. We inquired about the area we wished to explore and
finding we had with us if we can see any other places nearby where we
can find such potteries and SHANKHS – sea shells. He was so thrilled
to see us in the area with them. He became our best guide to show all
routes to go to all places.   Than we moved to other side of the river
to see the house foundation stones, graves, terracotta potteries and
also SHANKHS – sea shells. We documented all the places with
photography and filming.    Also we donated out finding of the SHANKHS
– sea shells to the department of the Archaeology in BHUJ so they
can explore the area and excavation of the area of GADH and make a
further research on the one of the hundred of such civilisation of KUTCH
. Letter from the department of Archaeology is attached here with the
documentation.          Archaeologists are attracted to the places of
the name with Kotada - kotadi,  There are about more than hundred
archaeological sites in Kutch (Harappan / Indus / sarasvati ). amongst
Dholavira and Kuran Moti are well-known and some are Khedoi , Lakhapar
and kali Ramvav near RAMVAV in Rapar. Jhura Kotadi, Meghpar GadhWARI
wadi, Sukhpar Bajariyo nearZadko - Zadki, Surkotada , MadKotada,
RaparGADH, and so ....on. archaeologists are attracted to the places of
the name with Kotada - kotadi eithet it may be a Kotada - kotadi of
Dholavira or kotada jadodar,Kotada bhadli, Kotada sangani, kotada Roha,
Kotada Bhadli, Kotada mad, Kotada chakar or any kotada/ kotadi and also
to the GADH eg GADHWARI WADI, Bajario GADH, Bajariyu Gaam.    LIST OF
SITES OF SARASVATI CIVILIZATION of KUTCH SITE                  DISTRICT
SIZE             PERIODS
COORD.             COORD.                     BIBLIOGRAPHY Bhachau
Kutch                                 Medieval
IAR 1985-86: 17 Chitrod             Kutch
Mature Harappan                                         23 24 00 N
70 40 00 E                   IAR 1977-78: 20     Joshi et al 1984: 529
Desalpur            Kutch              1.3              Early Historic
Mature Harappan                    23 37 00 N         69 08 00E
IAR 1955-56: 69-70 Rao 1963a: 188, 205  Dholavira          Kutch
60              Mature Harappan
23 53 10 N         70 13 00 E                     IAR 1967-68: 17
Amri-Nal Possehl 1980: 97 Joshi et al 1984: 529 Bisht 1989, 1991
Gadhwaliwadi  Kutch                               Mature Harappan
23 30 00 N         69 08 00 E                     IAR 1976-77: 74 IAR
1978-79: 94  Joshi et al 1984: 529 Mochirai Zadko     Kutch
Mature  Harappan                                        23 13 00 N
69 37 00  E BHARASAR dam  Kutch                              Mature
Harappan                                        23 10 00 N         69 34
00  E Zura Kotadi        Kutch                                Mature
Harappan                                        23 24 00 N         69 36
00  E Gameri              Kutch                               Medieva
Post-urban Harappanl
IAR 1985-86: 17 Gunthai             Kutch
Mature Harappan                                         23 28 00 N
69 09 00 E                     Possehl 1980: 98 Joshi et al 1984: 529
Jagaroh             Kutch                             Medieval
Post-urban Harappan                    23 21 00 N         70 11 00 E
IAR 1986-87: 29 Jatavadar         Kutch
Mature Harappan                                         23 45 00 N
70 40 00 E                   Joshi et al 1984: 529 JataVira
Kutch                              Mature   Harappan
23 27 00 N             69 15 00  E LAKHIYAVIRA         Kutch
Mature  Harappan                                         23 22 00 N
69 20 00  E Kotay(Koteshwar)       Kutch                         Mature
Harappan                                        23 23 00 N
69 48 00 E Jhangar Anjar           Kutch          8           Mature
Harappan                                         23 19 00 N
70 05 00 E                 IAR 1965-66: 14 Possehl 1980: 100 Joshi et al
1984: 528 Joshi 1990b: 418  Jhangar Khavada     Kutch
Mature Harappan                                         23 53 00 N
69 44 00 E              Chitalwala 1985: key fig. 8 Juna Chopadwa
Kutch                     Mature Harappan
23 16 00 N 70 15 00 E                                  IAR 1986-87: 29
Kanmer             Kutch                         Medieval Mature
Harappan
IAR 1985-86: 19 Kanthkot             Kutch
Mature Harappan                                         23 29 00 N
70 29 00 E                 IAR 1967-68: 17 Possehl 1980: 102 Joshi et al
1984: 529 Katasar             Kutch                         Late Sorath
Harappan                                     23 34 00 N
70 29 00 E                 Rao 1963a: 188, 206 Possehl 1980: 102 Joshi
et al 1984: 528 Kerasi              Kutch          30.5           Mature
Harappan                                             23 40 00 N
70 44 00 E                 IAR 1965-66: 12 Possehl 1980: 102 Joshi et al
1984: 529 Joshi 1990: 412  Khakhra Dera     Kutch
Mature Harappan                                             23 34 00 N
70 29 00 E                 IAR 1960-61: 8 Possehl 1980: 103 Joshi et al
1984: 529 Khandariya     Kutch                         Late Medieval
Mature Harappan
IAR 1985-86: 19 Kharika Khanda     Kutch                     Mature
Harappan                                             23 27 00 N
70 19 00 E                 IAR 1965-66: 14 Possehl 1980: 105 Joshi et al
1984: 529 Khavda          Kutch                         Mature Harappan
IAR 1977-78: 20 Khedoi         Kutch                         Mature
Harappan                                                 23 03 00 N
69 57 00 E                 IAR 1970: 13   Microliths IAR 1976-77: 15
Joshi et al 1984: 529 Kotada  Bhadli One  Kutch 3  Lustrous Red  Ware
Mature Harappan  23 22 00 N  69 26 00 E IAR 1965-66: 14-6  Possehl 1980:
105 Joshi et al 1984: 529  Kotada  Bhadli Three Kutch  Mature  Harappan
23 22 00 N    69 26 00 E   IAR  1965-66: 14-6 Possehl 1980: 105 Kotada
Bhadli Two Kutch  8 Mature Harappan 23 22  00 N  69 26 00 E IAR 1965-66:
14-6 Possehl 1980: 105 Joshi et al 1984: 529   Kotada Kutch
Kutch             Lustrous Red Ware
23 18 00 N                     70 06 00 E               Possehl 1980:
106  Mature Harappan Joshi et al 1984: 529 Kotahra             Kutch
Mature Harappan
IAR 1977-78: 20 Kateshwar  (Lakhpat)      Kutch           Mature
Harappan                                               23 46 00  N
68 52 00 E Kotara              Kutch                     Mature Harappan
23 58 00 N                   69 47 00 E                 IAR 1967-68: 17
Possehl 1980: 106 Joshi et al 1984: 529 Lodai              Kutch
Mature Harappan  Post-urban   Harappan
IAR  1955-56: 69-70 Lakhasar One     Kutch                 Mature
Harappan                                                  23 14 00 N
70 41 00 E             IAR 1986-87: 29 Lakhasar Two     Kutch
Mature Harappan                                                   23 14
00 N                         70 41 00 E             IAR 1986-87: 29
Lakhpar              Kutch          8          Mature Harappan
23 33 00 N                         70 28 00 E             IAR 1965-66:
16 Possehl 1980: 107 Joshi et al 1984: 529 Joshi 1990b: 418  Lakhpat
Kutch                 Mature Harappan
23 50 00 N                         68 47 00 E                 IAR
1960-61: 8 Possehl 1980: 108 Luna                 Kutch
Mature Harappan                                                 23 40 00
N                         69 15 00 E                 Rao 1963a: 206
Possehl 1980: 108 Joshi et al 1984: 528 Luna  Mandvi     Kutch Mature
Harappan
22 50 00 N                         69 24 00 E                 Possehl
1980: 108 Joshi et al 1984:  528 Rayan Juni  Mandvi     Kutch
Mature  Harappan                                               22 52 00
N                           69 21 00 E                 Possehl  1980:
108 Joshi et al 1984: 528 Mandriyara Mohra     Kutch         Medieval
Mature Harappan                                  23 30 00 N
70 16 00 E                     IAR 1986-87: 29 Meghper             Kutch
Mature Harappan
IAR 1980-81: 10 Morvo             Kutch                     Mature
Harappan                                             23 50 00 N
70 42 00 E                      IAR 1967-68: 17 Joshi 1972: 114 Possehl
1980: 110 Joshi et al 1984: 529 Mulu             Kutch
Mature Harappan
IAR 1979-80: 17 Narapa             Kutch                 Mature Harappan
23 29 00 N                         69 09 00 E
IAR 1967-68: 17 Possehl 1980: 110 Joshi et al 1984: 529 Nadapa  Caves
Kutch                Mature Harappan
23 19 00 N                         69 55 00 E Navinal             Kutch
Mature Harappan                                             22 50 00 N
69 35 00 E                         Rao 1963a: 206 Possehl 1980: 111
Joshi et al 1984: 528 Nenuni Dhar      Kutch                 Mature
Harappan                                              23  51 00 N
69 44 00 E                          IAR 1967-68: 17 Possehl 1980: 111
Joshi et al 1984:  528-9  Ner Nesdo         Kutch                 Mature
Harappan Sorath Harappan
IAR 1980-81: 10  Chitalwala 1985: key fig. 8 Netra Khirasara     Kutch
Red Polished Ware Mature Harappan
IAR 1969-70: 6  IAR 1976-77: 74 Pabumath          Kutch      1.5
Late Sorath Harappan Mature Harappan     23 37 00 N
70 31 00 E                             IAR 1977-78: 21 Possehl 1980: 111
Joshi et al 1984: 528-9  Paria Waro Mohra     Kutch             Medieval
Post-urban Harappan                  23 06 00 N                       70
05 00 E                              IAR 1986-87: 29 Patel Raniji Ka
Magsa     Kutch     Post-urban Harappan
23 06 00 N                     70 11 00 E
IAR 1986-87: 29 Pirwada Khetar         Kutch             Mature Harappan
23 20 00 N                     70 00 00 E
IAR 1965-66: 17 Possehl 1980: 112  Joshi et al 1984: 529 Rampar Vekarano
Timbo  Kutch     Mature Harappan
IAR 1967-68: 9 Posshl 1980: 114 Rampar
Sorath Harappan
Chitalwala 1985: key fig. 8 Rampara               Kutch
Mature Harappan                                     23 30 00 N
70 45 00 E                               Joshi et al 1984: 529 Ramvav
Kutch                 Mature Harappan
23 32 00 N                     70 28 00 E
IAR 1977-78: 20 Joshi et al 1984: 529 Samagogha     Kutch
Late Sorath Harappan Mature Harappan     22 55 00 N
69 40 00 E                                  Possehl 1980: 115 Joshi et
al 1984: 528 Sapara         Kutch                     Mature Harappan
IAR 1979-80: 17 Selari         Kutch                     Mature Harappan
23 42 00 N                        70 37 00 E
IAR 1967-68: 17 Possehl 1980: 115 Joshi et al 1984: 529 Shikarpur Kutch
Kutch      5.3      Mature Harappan
23  07 00 N                           70 35  00 E
IAR  1986-87: 80  Surkotada          Kutch      1.4     Early to Mature
Mature Harappan Harappan  23 37 00 N                 70 50 00 E
IAR 1964-65: 12  Possehl 1980: 116 Joshi et al 1984: 528  Toda Timbo
Kutch             Mature Harappan
IAR 1955-56: 70 Todio              Kutch               Mature Harappan
23  05 00 N                          68 55 00 E
Rao 1963a: 188, 207 Possehl 1980: 118 Joshi et al  1984: 529 Vada
Kutch                 Mature Harappan
23 29 00 N                         69 07 00 E
IAR 1967-68: 17 Possehl 1980: 118 Joshi et al 1984: 529 Vaidwali Mohra
Kutch         Post-urban Harappan
IAR 1985-86: 17  Rapar gadhwari     Kutch         Post-urban Harappan
23 06 00 N                         68 47 00 E
Rampar Abada wari   Kutch         Post-urban Harappan
23 20  00 N                          68 48 00 E Kotada Chakar
Kutch         Post-urban Harappan                               23 06 00
N                         69 44 00 E Kotada MAD      Kutch
Post-urban  Harappan                               23 28 00 N
68 54  00 E     Bhadreshwar          Kutch             Post-urban
Harappan                              22 54 00 N
69 54 00 E      Gadhada Khadir   Kutch              Mature Harappan
23 54 00 N                         70 26 00 E KANTHKOT           Kutch
Mature Harappan                                   23  29 N
70 28 00 E   From yours Dr.BHUDIA-Science Group Of INDIA .
http://uk.groups.yahoo.com/group/venustransit_2004/
<http://uk.groups.yahoo.com/group/venustransit_2004/>
President:"Kutch Science Foundation".  Founder:Kutch Amateurs
Astronomers Club Bhuj-Kutch.  Life Member:"kutch Itihaas Parishad".
kutchscience@...
<../../../post?postID=3WfT8SadTMHLXgqwwC9ywcOqtucxc6kyjftiMrm-zTI9z68AgW\
SMnDgrTT3mJbOc2lH--fwlC62Sso6FoL65gA> , kutchscience@...
<../../../post?postID=p-hY89RH_741FYRwp0-Aac4c9-55yOFfiTHsaQebfZY0PklKp5\
mJwrWQzyGOs4qlkL6wEy_kYgqb24cGCug> ,
http://uk.geocities.com/wildlifeofkutch/
<http://uk.geocities.com/wildlifeofkutch/>
http://www.geocities.com/kutchscience
<http://www.geocities.com/kutchscience>
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<http://profiles.yahoo.com/kutchscience2000>
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http://in.groups.yahoo.com/group/bhuj <../../../../bhuj>   Do visit our
ABOVE Clubs/Groups of Science club of India, Science Group of India &
kutch science foundation and ALSO JOIN US.


[Non-text portions of this message have been removed]

#428 From: drbhudia
Date:: Thu Sep 20, 2007 7:34 pm
Subject:: Wish you all a very happy EQUINOX day -soon you will be mailed Expedition report
drbhudia
Offline Offline
 
Dear friends of Archaeology science and history,
This time  EQUINOX day is bit later on 23 September in 2007.



Wish you all a very happy EQUINOX day . soon you will be emailed An
Expedition report of KUTCH for GEOLOGY and Archeology.





UTC <http://en.wikipedia.org/wiki/UTC>  Date and Time of Solstice
<http://en.wikipedia.org/wiki/Solstice>  and Equinox


year

Equinox
Mar

Solstice
June

Equinox
Sept

Solstice
Dec



day

time

day

time

day

time

day

time



2002

20

19:16

21

13:24

23

04:55

22

01:14



2003

21

01:00

21

19:10

23

10:47

22

07:04



2004

20

06:49

21

00:57

22

16:30

21

12:42



2005

20

12:33

21

06:46

22

22:23

21

18:35



2006

20

18:26

21

12:26

23

04:03

22

00:22



2007

21

00:07

21

18:06

23

09:51

22

06:08



2008

20

05:48

20

23:59

22

15:44

21

12:04



2009

20

11:44

21

05:45

22

21:18

21

17:47



2010

20

17:32

21

11:28

23

03:09

21

23:38



2011

20

23:21

21

17:16

23

09:04

22

05:30



2012

20

05:14

20

23:09

22

14:49

21

11:11



2013

20

11:02

21

05:04

22

20:44

21

17:11



2014

20

16:57

21

10:51

23

02:29

21

23:03




Do not be surprised if you hear from any body that Madhapr of BHUJ -
KUTCH is an Indus place.

yes that is true. If you are in any doubt do not hesitate to contact the
department of archaeology in bhuj near middle school of BHUJ.

Area near the lake of MAGJIrai lake and area around it between river PAT
of madhapar and River Dhoravaav is that area but as the area is
industrialised and used for agriculture and also lake has been dug out
in past with new developments , all positive findings may be lost but
that's the BARE TRUTH.

PLACE NAMED WITH "RAI" ARE OLD LAKES ARE CIVILISATION PLACES

MOCHIRAI OF SUKHPAR - 40 HARAPPAN GRAVES ARE FOUND IN BAJARIYUN GAAM
AREA

SADHURAI OF GODPAR, JAMORAI BETWEEN GODPAR AND MANUKUVA, VICHANDRAI OF
MANUKUVA AND MAGJIRAI OF MADHAPAR.

SAR - MEANS SAROVAR ARE OLD CIVILISATION PLACES IN KUTCH.

BALASAR VAGAD NEAR GADHADA RASAJI
BHARASAR - HARAPPAN DAM AREA,
VADASAR - TARO -TALAV AREA OF THE VILLAGE
SUMARASAR - NENUNI DHAR CIVILISATION
DEVISAR - HAS MORE THAN ONE AREA OF
CIVILISATION AREA DEVISAR AND JATAWADA
BHADRESAR - BHADRESWAR
KHIRASARA , DAHISARA , MODSAR, Anandsar

MORO - MORA MEANS TAKARO - TIMBO

SARLI TIMBO - JIWA TIMBO ARE
VEKARA TIMBO OF VAGAD
VEKRA RAMPAR OF BHUJ
MOMAY MORA etc

GADH AND GADHADA OF KUTCH

GADHADA OF KHADIR NEAR RATANPAR
GADHADA RASAJI NEAR BALASAR IN VAGAD
GADHSHISHA
DEVPARGADH
RAPAR GADH
GADHWARI WADI - MEGHPAR IN BHUJ
GADHWARIWADI - KHIRSARA NETRA NAKHATRANA
PANDYANO GADH etc
GADHADA OF BHAVNAGAR ON RIVER BANKS OF GHELO RIVER.

KOT - KOTADA - KOTDI OF KUTCH

KANTH KOT
KOTADA CHAKAR REHA - UGAMANA AND ATHAMANA KOTADA - GADHADO AREA HAS GADH
IN GROUNDS
KOTADA BHADLI THARAVADA IN NAKHTRANA
Kotada (Roha) has OLD KOTDA near village Kotada and Khirasara

KOTADA THARAVADA IN ANJAR
KOTADA IN ZURA
KOTADA JADODAR
KOTADA - KOTADI OF DHOLAVIRA
KOTAY - KOTESHWAR
KATESHWAR - LAKHAPAT
LOTESHWAR - NARAYAN SAROVAR
ALSO KOTADA CHANDRANI

KOTAD AND KOTADA UNCHA OF MAHUVA BHAVNAGAR
KOTADA SANGANI ON BAY OF BANKS OF KUTCH - MORVI

Wish you all a very happy EQUINOX day . soon you will be emailed An
Expedition report of KUTCH for GEOLOGY and Archaeology.



From yours Dr.BHUDIA-Science Group Of INDIA.
http://uk.groups.yahoo.com/group/venustransit_2004/
<http://uk.groups.yahoo.com/group/venustransit_2004/>
President:"Kutch Science Foundation".

Founder:Kutch Amateurs Astronomers Club Bhuj-Kutch.

Life Member:"kutch Itihaas Parishad".
kutchscience@...
<post?postID=3WfT8SadTMHLXgqwwC9ywcOqtucxc6kyjftiMrm-zTI9z68AgWSMnDgrTT3\
mJbOc2lH--fwlC62Sso6FoL65gA> , kutchscience@...
<post?postID=p-hY89RH_741FYRwp0-Aac4c9-55yOFfiTHsaQebfZY0PklKp5mJwrWQzyG\
Os4qlkL6wEy_kYgqb24cGCug> ,
http://uk.geocities.com/wildlifeofkutch/
<http://uk.geocities.com/wildlifeofkutch/>
http://www.geocities.com/kutchscience
<http://www.geocities.com/kutchscience>
http://profiles.yahoo.com/kutchscience2000
<http://profiles.yahoo.com/kutchscience2000>
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<../scienceclubofindia>
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http://in.groups.yahoo.com/group/kachchh <../kachchh>
http://in.groups.yahoo.com/group/bhuj <../bhuj>

Do visit our ABOVE Clubs/Groups of Science club of India, Science Group
of India & kutch science foundation and ALSO JOIN US.





[Non-text portions of this message have been removed]

#427 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Wed Sep 19, 2007 10:35 am
Subject:: Scores ill in Peru 'meteor crash'
sciencegroup...
Offline Offline
Send Email Send Email
 
Dear friends of science and astronomy,







Scores ill in Peru 'meteor crash'









The crater has been spewing fetid gases, reports say


Crater site Hundreds of people in Peru have needed treatment after an object
from space - said to be a meteorite - plummeted to Earth in a remote area,
officials say.
They say the object left a deep crater after crashing down over the weekend near
the town of Carancas in the Andes.
People who visited the scene have been complaining of headaches, vomiting and
nausea after inhaling gases.
A team of scientists is on its way to the site to collect samples and verify
whether it was indeed a meteorite.
Geologists have called on the authorities to stop people going near the crash
site.
Afraid
Nestor Quispe, the mayor of the municipality to which Carancas belongs, told the
BBC that many residents had been affected.
"Lots of people from the town of Carancas have fallen ill. They have headaches,
eye problems, irritated skin, nausea and vomiting," he said.
"I think there's also a certain psychological fear in the community."
Local resident Heber Mamani said a bull and some other animals had become ill.
"That is why we are asking for an analysis, because we are worried for our
people. They are afraid," he said.
Another local villager, Romulo Quispe, said people were worried that the water
was no longer safe to drink.






"This is the water we use for the animals, and for us, for everyone, and it
looks like it is contaminated," he said.
"We don't know what is going on at the moment, that is what we are worried
about."
The incident began on Saturday night, when people near Carancas in the remote
Puno region, some 1,300km (800 miles) south of Lima, reported seeing a fireball
in the sky coming towards them.
The object then hit the ground, leaving a 30m (98ft) wide and 6m (20ft) deep
crater.
The crater spewed what officials described as fetid, noxious gases.
Jorge Lopez, a health director in Puno, told Reuters news agency that he had an
irritated throat and itchy nose after visiting the site.
A local journalist, Martine Hanlon, told the BBC that experts did not believe
the meteor would make anybody sick, but they did think a chemical reaction
caused by its contact with the ground could release toxins such as sulphur and
arsenic.
An engineer from the Peruvian Nuclear Energy Institute told AFP news agency that
no radiation had been detected from the crater. He ruled out any possibility
that the fallen object might be a satellite.
_________________________________________________________________
The next generation of MSN Hotmail has arrived - Windows Live Hotmail
http://www.newhotmail.co.uk

[Non-text portions of this message have been removed]

#426 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Tue Sep 18, 2007 10:52 am
Subject:: Vedic Mathematics
sciencegroup...
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Send Email Send Email
 
Vedic MathematicsVoltaire, the famous French writer and philosopher) stated
that "Pythagoras went to the Ganges to learn geometry." Abraham Seidenberg,
author of the authoritative "History of Mathematics," credits the Sulba Sutras
as inspiring all mathematics of the ancient world from Babylonia to Egypt to
Greece.As Voltaire & Seidenberg have stated, many highly significant
mathematical concepts have come from the Vedic culture, such as:The theorem
bearing the name of the Greek mathematician Pythagorus is found in the
Shatapatha Brahmana as well as the Sulba Sutra, the Indian mathematical
treatise, written centuries before Pythagorus was born. The Decimal system,
based on powers of ten, where the remainder is carried over to the next column,
first mentioned in the Taittiriya Samhita of the Black Yajurveda.The
Introduction of zero as both a numerical value and a place marker.The Concept of
infinity. The Binary number system, essential for computers, was used in Vedic
verse meters. A hashing technique, similar to that used by modern search
algorithms, such as Googles, was used in South Indian musicology. From the name
of a raga one can determine the notes of the raga from this Kathapayadi system.
(See Figure at left.) For further reading we refer you to this excellent article
on Vedic Mathematics.
_________________________________________________________________
Feel like a local wherever you go.
http://www.backofmyhand.com

[Non-text portions of this message have been removed]

#425 From: drbhudia
Date:: Thu Jun 21, 2007 2:06 pm
Subject:: Fruit could make 'powerful fuel " WISH YOU SAVE YOUR FRUITS for the Healthy life
drbhudia
Offline Offline
 
Dear friends of  Health and science,
Fruit could make 'powerful fuel' Comments:- " WISH YOU SAVE YOUR FRUITS
for the Health and life and not for fuel."
The sugar found in fruit such as apples and oranges can be converted
into a new type of low carbon fuel for cars, US scientists have said.
The fuel, made from fructose, contains far more energy than ethanol, the
scientists write in the journal Nature.  Separately, a British report on
biofuels says all types of waste products, including plastic bags, can
be used to make biodiesel fuel. Critics of biofuels made from plant
crops say they drive up food prices.  In both the European Union and the
United States politicians have heartily  embraced biofuels as a way  of
reducing emissions of carbon dioxide and  dependency on imported oil.
'Waste' fuel  Critics say that the current biofuels, both diesel made
from palm oil and ethanol made from corn, encourage farmers to switch
land to fuel production, driving up the price of food in the process.
Now scientists at the University of Wisconsin-Madison say that a simple
sugar called fructose can be converted into a fuel that has many
advantages over ethanol.
[http://newsimg.bbc.co.uk/shared/img/o.gif]
[http://newsimg.bbc.co.uk/nol/shared/img/v3/start_quote_rb.gif]  The
impact on society we're hoping will be far  wider than simply  'we can
give you a fuel now with a tenfold reduction in its carbon  footprint'
[http://newsimg.bbc.co.uk/nol/shared/img/v3/end_quote_rb.gif]
Jeremy TomkinsonIt is  called dimethylfuran - it can store 40% more
energy than ethanol, does not  evaporate as easily and is less volatile.
The scientists say that fructose can be obtained directly from fruits
and  plants or made from glucose.  But more work needs to be done to
assess the environmental impact of this new  fuel.  In Britain,
researchers say that the technology now exists to create biodiesel not
just from palm oil but from a range of materials including wood, weeds
and plastic bags. This process is called biomass to liquid and  experts
say that within six  years up to 30% of Britain's diesel requirements
could be met from this source.  Jeremy Tomkinson of the UK's National
Non-Food Crops Centre said this next generation of biofuels could meet
many needs beyond powering cars. "The impact on society we're hoping
will be far wider than simply 'we can give you a fuel now with a tenfold
reduction in its carbon footprint'. "Imagine now if chemicals that we
use in the chemical industry also came from the same feed stock, the
aircraft that we fly to New York in also runs on this? There's the big
potential," he said. The biggest drawback to this process is cost.
Setting up new production facilities is estimated to be 10 times higher
than  for current biofuel refineries.

FORWARDED By   yours Dr.BHUDIA-Science Group Of INDIA.
http://uk.groups.yahoo.com/group/venustransit_2004/
<http://uk.groups.yahoo.com/group/venustransit_2004/>
President:"Kutch  Science Foundation".
Founder  :"Kutch  Amateurs Astronomers Club - Bhuj - Kutch".
Life Member:"kutch Itihaas  Parishad".
kutchscience@..., kutchscience@...,
http://uk.geocities.com/wildlifeofkutch/
<http://uk.geocities.com/wildlifeofkutch/>
http://www.geocities.com/kutchscience
<http://www.geocities.com/kutchscience>
http://profiles.yahoo.com/kutchscience2000
<http://profiles.yahoo.com/kutchscience2000>
http://in.groups.yahoo.com/group/scienceclubofindia
<../../../../scienceclubofindia>
http://in.groups.yahoo.com/group/kutchscience <../../../../kutchscience>
http://in.groups.yahoo.com/group/kachchh <../../../../kachchh>
http://in.groups.yahoo.com/group/bhuj <../../../../bhuj>    Do visit our
ABOVE Clubs/Groups of Science club of  India, Science
Group of  India.


[Non-text portions of this message have been removed]

#424 From: kutchscience
Date:: Thu Jun 21, 2007 10:49 am
Subject:: Wish you all a very happy summer solstice.
kutchscience
Offline Offline
 
Dear Friends,

Wish you all a very happy summer solstice. An Expedition in KUTCH for
GEOLOGY
and Archaeology will start soon after rain in KUTCH.

Dr.BHUDIA-Science Group Of INDIA.
http://uk.groups.yahoo.com/group/venustransit_2004/
<http://uk.groups.yahoo.com/group/venustransit_2004/>
President:"Kutch Science Foundation".

Founder:Kutch Amateurs Astronomers Club Bhuj-Kutch.

Life Member:"kutch Itihaas Parishad".
kutchscience@...
<../../../../bhujkutch/post?postID=Bc5m9BcZIVAkxEiSJSSb-yhF64tfGj3eGoBlF\
tBp4R_MHsVbC0xskyNYd9U7IvnLIVcghCItaLtuMbbyiZyY> ,
kutchscience@...
<../../../../bhujkutch/post?postID=vlmZV2BkldHvPLriv46TwHK0zPqrEjNa9Skk0\
BwFQrGfcMDUzxz66C5cF-saJ6DXeDgvy4xWDQsWDzD8F_3x3zAv-g> ,
http://uk.geocities.com/wildlifeofkutch/
<http://uk.geocities.com/wildlifeofkutch/>
http://www.geocities.com/kutchscience
<http://www.geocities.com/kutchscience>
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<http://profiles.yahoo.com/kutchscience2000>
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http://in.groups.yahoo.com/group/bhuj <../../../../bhuj>
Do visit our ABOVE Clubs/Groups of Science club of India, Science Group
of
India & kutch science foundation and ALSO JOIN US.


[Non-text portions of this message have been removed]

#423 From: drbhudia
Date:: Mon Jun 18, 2007 9:32 am
Subject:: Any plans for today for a DAYLIGHT ECLIPSE OF VENUS
drbhudia
Offline Offline
 
Dear Friends of  Science and Astronomy , Any plans for today for a
DAYLIGHT ECLIPSE OF VENUS SUNSET PLANETS: When the sun sets tonight, go
outside and look west. Saturn, Venus and the slender crescent Moon are
arranged in a beautiful diagonal line. Scan the trio with a backyard
telescope to see mountains and craters
<http://antwrp.gsfc.nasa.gov/apod/ap070616.html> , breathtaking rings
<http://antwrp.gsfc.nasa.gov/apod/ap070406.html> , and a curiously
cloudy crescent <http://antwrp.gsfc.nasa.gov/apod/ap060110.html> . [sky
map <http://www.spaceweather.com/images2007/17jun07/skymap_north.gif> ]
DAYLIGHT ECLIPSE OF VENUS: European sky watchers should be alert on
Monday, June 18th, for a mid-afternoon eclipse of Venus by the crescent
Moon. This picture taken by French photographer Laurent Laveder
<http://uk.f267.mail.yahoo.com/ym/Compose?To=laurent.laveder@laposte.net\
>  shows what the Moon will look like hanging high in the afternoon sky:
<http://www.pixheaven.net/photo_us.php?nom=070321_2834>
Photo details: Canon 30D
<http://www.spaceweather.com/xtra/results_canon.php?searchTerm=30D> ,
Sigma 200mm lens
<http://www.spaceweather.com/xtra/results_sigma.php?searchTerm=sigma%202\
00mm%20lens> , f/8, 400 ASA, 1/2000s Venus will appear as a pinprick of
light beside the Moon--visible in broad daylight until the edge of the
Moon eclipses the planet. (Technically, this is called a "lunar
occultation.") Venus disappears behind the Moon's dark limb and pops out
on the bright crescent-side typically 60+ minutes later. Binoculars
<http://www.spaceweather.com/ccount.php?linkURL=http://www.meade.com/bin\
oculars/astro.html>  are recommended, but be careful not to point them
at the sun. To avoid eye damage, try observing from the shadow of a tall
building. Elsewhere, in the Middle East, India and Pakistan
<http://www.iucaa.ernet.in/%7Escipop/Sky/venus_occultation.htm> , the
eclipse can be seen around sunset and after dark. From those places, a
clear view of the western horizon is essential because the Moon and
Venus will be setting, but the sight should be spectacular. Except for a
small region around the Canadian maritime provinces, this event will be
completely invisible from North America. Eclipse Maps and Timetables
<http://www.lunar-occultations.com/iota/planets/0618venus.htm>


[Non-text portions of this message have been removed]

#422 From: drbhudia
Date:: Sun Jun 17, 2007 10:05 am
Subject:: Brazil Scientists claiming AMAZONE is the Longest river by scientific fact
drbhudia
Offline Offline
 
Dear Friends Science, Geology and Geography,
   [Amazon river. Landsat image]   The new study puts the Amazon at
6,800km

Scientists in Brazil are claiming to have established as a scientific
fact that the Amazon is the longest river in the world.  The Amazon is
recognised as the world's largest river by volume, but has generally
been regarded as second in length to the River Nile in Egypt.  The claim
follows an expedition to Peru that is said to have established a new
starting point further south.  It puts the Amazon at 6,800km (4,250
miles) compared to the Nile's 6,695km.  Mountain source  The precise
length of a river is not easy to calculate and depends on correctly
identifying the source and the mouth.  The new claim in Brazil follows
an expedition by scientists which is said to have discovered a new
source for the Amazon in the south of Peru and not the north of the
country as had been thought for many years.  While the exact location
has yet to be confirmed from two choices, scientists say either would
make the river the longest in the world.  Guido Gelli, director of
science at the Brazilian Institute of Geography and Statistics, told the
Brazilian network TV Globo that today it could already be considered as
a fact that the Amazon was the longest river in the world.  The Amazon
is now said to begin in an ice-covered mountain in southern Peru called
Mismi.  Researchers travelled for 14 days, sometimes in freezing
temperatures, to establish the location at an altitude of 5,000m.  The
research was co-ordinated by the National Geographical Institute of
Peru, with the help of their colleagues in Brazil.  There has been a
healthy academic debate over the world's longest river for some years
and the claim from Brazil may not go unchallenged.


Forwarded By Dr Bhudia, Science Group Of INDIA.
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<http://uk.groups.yahoo.com/group/venustransit_2004/>
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#421 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Thu Jun 14, 2007 12:16 pm
Subject:: Firm rockets into space tourism http://news.bbc.co.uk/1/hi/sci/tech/6749873.stm
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Dear Friends of Space science and Astronomy,






Firm rockets into space tourism http://news.bbc.co.uk/1/hi/sci/tech/6749873.stm

The whole flight would last one-and-a-half hours








The European aerospace giant EADS is going into the space tourism business.
Its Astrium division says it will build a space plane capable of carrying
fare-paying passengers on a sub-orbital ride more than 100km above the planet.
The vehicle, which will take off from a normal airport, will give the tourists a
three-to-five-minute experience of weightlessness at the top of its climb.
Tickets are expected to cost up to 200,000 euros (£135,000), with flights likely
to begin in 2012.







  There must be millions of people who have dreamt about this since they were
little kids

Marc Newson, designer"We believe it is the will of human beings to visit space
and we have to give them the possibility to do that," said Francois Auque, the
CEO of Astrium.
"Astrium is by far the largest space company in Europe, so we are very
knowledgeable in all these matters. We believe our concept is extremely safe,
extremely comfortable and cost effective," he told BBC News.
Two in one
EADS Astrium is the company that builds the Ariane rocket, which lofts most of
the world's commercial satellites. Its space jet is a very different concept,
however.






The passengers would get a few minutes of weightlessnessThe front end of a
full-scale model was unveiled at a publicity event in Paris on Wednesday. From a
certain angle, the vehicle resembles an ordinary executive aircraft - but its
engineers claim it is in fact "revolutionary".
The production model will use normal jet engines to take off and climb to 12km.
From there, a rocket engine will kick the vehicle straight up, taking it beyond
60km in just 80 seconds. By the time the rocket shuts down, the craft should
have sufficient velocity to carry it above 100km - into space.
As the plane then begins to fall back to Earth, the pilot will use small
thrusters to control its altitude, guiding the vehicle into the atmosphere from
where it will use its jet engines again to return to the airport.
The total journey time will be about one-and-a-half hours.
World window
Astrium says there will be room for four passengers on each mission. Towards the
top of the climb, these individuals will be able to float free in the cabin and
look through large windows at the planet below.
Astrium is proposing a different technical solution to the one being pursued by
airline boss Sir Richard Branson and his Virgin Galactic enterprise.






SpaceShipOne was slung beneath a carrier aircraftBranson's operation - timed to
start about 2009 - is basing its vehicles on the record-breaking SpaceShipOne
rocket plane which became the first privately built craft to reach space in
2004.
SpaceShipOne had to be carried to a launch altitude by another vehicle before
using rocket propulsion; and on its return from space, glided to its home
runway. Astrium says its decision to go with a one-stage concept was driven by
safety and economic considerations.
The Australian Marc Newson was employed to design the space plane's interior. He
said he had put great emphasis on the seats - which he describes as "hi-tech
hammocks" - and the windows to maximise the flight experience.
Child's dream
"The windows are very similar to a civilian jet airliner but they're about 30%
bigger; but more importantly, there're 15 windows and only four passengers, so
there're are plenty of opportunities to float around the interior of this cabin
and take different views of space, the stars, the Moon, and the Earth," Mr
Newson explained.
"It will be amazing. You'll actually be outside the Earth's atmosphere; you'll
be able to see Earth as a spherical object and everything else around you will
be black. There must be millions of people who have dreamt about this since they
were little kids," he told the BBC.
EADS Astrium says its space jet project is likely to cost a billion euros to
develop. It will be looking for financial and industrial partners over the next
year. It says that if development work starts in 2008, the first commercial
flights could be made in 2012.
"The development of a new vehicle able to operate in altitudes between aircraft
(20km) and below satellites (200km) could well be a precursor for rapid
transport, point-to-point vehicles, or quick access to space," Astrium said in a
statement.
"Its development will contribute to maintaining and even enhancing European
competencies in core technologies for space transportation."



Forwarded By yours DMr H H .BHUDIA-Science Group Of INDIA.
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#420 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Thu Jun 14, 2007 12:09 pm
Subject:: Huge bird dino unearthed in China http://news.bbc.co.uk/1/hi/sci/tech/6750005.stm
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Dear Friends of Geology and science,
Huge bird dino unearthed in China
http://news.bbc.co.uk/1/hi/sci/tech/6750005.stm














The beast was about 35 times heavier than other feathered dinosaurs
Enlarge ImageThe fossilised remains of a giant bird-like dinosaur have been
uncovered in the region of Inner Mongolia, China.
While some have theorised that meat-eating dinosaurs got smaller as they evolved
to be more bird-like, this beast weighed about 1,400kg (3,080lbs).
That is about 35 times heavier than other similar feathered dinosaurs.
Nature journal reports that the beaked animal was 8m (26ft) long and twice as
tall as a man at the shoulder; yet it was only a young adult when it died.
The authors suggest the dinosaur's enormous size was due to a fast growth rate,
faster even than the precocious Tyrannosaurus rex.
In truth, though, just what it ate is really mystery. Gigantoraptor erlianensis
had some features associated with meat-eating dinosaurs, such as sharp claws for
tearing flesh; but it also had some features associated with plant-eaters, such
as a small head and long neck.
Arrested development
Chinese researchers uncovered the fossilised remains of the flightless giant in
the Erlian basin in Inner Mongolia.
The researchers had originally thought they had found the bones of a tyrannosaur
- the group of dinosaurs to which T. rex belongs - due to their large size.






The bones were so big, they were thought to be from a tyrannosaurThe team has
established that the creature lived about 70 million years ago, in the late
Cretaceous Period.
According to lines of arrested growth detected on its bones, it died in its 11th
year of life.
"It was a very surprising discovery, not at all what we expected," said Xu Ling,
a palaeontologist at the Chinese Academy of Sciences in Beijing and co-author on
the Nature paper.
"We think it's the largest feathered animal ever to have been discovered."
Growth spurt
Gigantoraptor could probably run relatively quickly on its long, powerful legs.







The dinosaur was twice as tall as a man at the shoulder
Enlarge Image"It belongs to a very unusual group of theropod dinosaurs, which
are normally meat-eaters. But this one doesn't have any teeth, so what it ate is
a mystery," commented Dr Paul Barrett, a dinosaur researcher from the Natural
History Museum in London, UK.
"They show that it had a very fast growth rate so it probably got big by growing
very rapidly, rather than growing for a very long period of time."
Dr Barrett added that the animal was not on the direct evolutionary line leading
to today's birds. This supported the notion, he said, that the features we
associate with modern birds probably arose more than once in their close
relatives.

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#419 From: kutchscience
Date:: Sun Jun 17, 2007 8:50 am
Subject:: US astronaut Sunita Williams has now spent more time walking in space
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Dear Friends Of Space and Astronomy Science,

   http://news.bbc.co.uk/1/hi/sci/tech/6759539.stm

Sunita Williams, a US astronaut aboard the International Space Station,
has  set a new record for the longest unbroken space flight by a woman.
As of 0547 GMT on Saturday, she had passed the 188-day, four-hour mark
set by  Shannon Lucid in 1996.
Mrs Williams, who is of Indian and Slovenian extraction, is due to
return to  Earth on Thursday on the Atlantis.
She earlier set a record for the longest space walk by a woman, reaching
22  hours and 27 minutes.
That record had been held by astronaut Kathryn Thornton at just over 21
hours.
In her six months in space, Mrs Williams has also "run" the Boston
Marathon  on a treadmill.

http://news.bbc.co.uk/1/hi/sci/tech/6332305.stm


US astronaut Sunita Williams has now spent more time walking in space
than  any other woman.

The record was set as she and a crewmate upgraded the International
Space  Station's cooling system on Sunday.
Ms Williams broke the previous record set by American Kathryn Thornton
of just over 21 hours; setting a new one of 22 hours and 27 minutes.
With colleague Michael Lopez-Alegria, she completed the second of three
scheduled spacewalks in nine days.

During Sunday's spacewalk, which lasted more than seven hours, small
amounts  of toxic ammonia leaked from a fluid line.
The liquid ammonia, which freezes into flakes when it hits the vacuum of
space, did not appear to touch either astronaut.

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#418 From: "Dr Bhudia" <sciencegroupindia@...>
Date:: Sun Jun 3, 2007 6:19 pm
Subject:: How long will it take and how far we need to go to measure the Earth (File MeasureEarth.doc attached to facilitate details which may be be lost in mails)
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Dear Science and astronomy Friends,



“SUN has Mean equatorial radius: 696000 km (109.1 x Earth) and about similar
times of (the Diameter of The SUN) away from the Earth”


FEB 2004) : Measuring the Earth:


How long will it take and how far we need to go to measure the Earth. Similar to
the experiment “4)” above can do all for you. But all need to do is use local
time. When sun comes over head (No east or No West). And select two place A & B
of at least 2 KM distance apart NORTH and SOUTH and do the measurement same time
at both place as follows.



We can use one control place “S” in South or “N” in North about 50 Km away to
correct any minor errors from short distance “2 KM” experiment.



Example of Latitudes longitude finding at the Local time. – for tropical of
cancer @ Local time you need to find the correct time when sun is on the head
with no shadows East or West. and need to be there at LOCAL time of 12:00 NOON
which may be 12 + MM depending on the place where you go – Longitudes.



Experiments done at the Place A & B on 12 Noon IST will have shadow towards
East/West. Depending your positions in India (West/ East of 82.5 E Longitude).
And so accordingly you will get shadow East/West.  Measure the length of that of
shadow of 3 Meter pole. and find the Tangent = shadow/ pole - will give u the
angle. Say example : shadow = 600 mm at that time. So 600/3000= 0.2

so anti tangent is an angle of 11o.30' degree. so you are 11..30' West/East of
IST line means IF shadow is East than U R WEST and at 82.30' - 11.30' =  71
degree East longitude.



(If shadow is in the EAST than - you are IN the East you need to do experiment
Next day  before 12 IST and preferably to start more than an hour before to set
up all arrangements)



Now u find exact time when to take results of the experiment. when there is no
shadow to the EAST/WEST - at 12Noon + (11.3o' x4) = @12 + 46 PM U have 46
minutes to do that. To take the next accurate place readings. When there is no
shadow in East/West but to the NORTH/SOUTH ONLY (depending your position North
or south of the SUN in India or in the world) at that place at that time. GPS
may be in correct to show that but not the SUN.



Now measure the length of the shadow in accuracy of mm fractions @places “A”,
“B” & “N” or “S”@ same time.



If the Difference of the length of shadow is 1mm at places “A” and “B” same time
at Local time when sun comes over head –(NO shadow on East or West) the
calculations will be simplified as follows.



Anti tan 1/3000 gives the angle made by shadow on the Earth surface gives the
angle = at the centre of the Earth by the 2 KM distance on the surface of the
EARTH. Eg about 1.1' (1+') and find the Circumference of the Earth = 360 degree.
(around 40000 Km)



Similarly Controlled reading at “N” / “S” will help you to find accuracy eg long
distance measure will give more accuracy than 2KM and correct your readings from
that 50 KM distance experiments. (that will give you about 23.5mm shadow
Difference than that of “A” and  23.5+1 mm than that of “B”) so calculate the
tangent and angle and circumference of the Earth and Diameter or R for the
Earth.

TO SIMLYFY MORE and Easy work, Let One of the "N" OR "S" be Either Delhi Jantar
Mantar or JAIPUR - JANTAR MANTAR.

We are very rich in our Astronomy engineering - particularly JAIPUR is the
Richest in that sense. Jaipur has very good working observatory (VEDH SHALA)
with guiding facility.



According to an expert guide (Hanumant Singh - also expert in astronomical
calculations)- that ancient observatory place can measure 1/6 of the second in
time and that is equal to 0' 2.5" size of the angle of the sky observation
accuracy. And that all works local timing and longitude - latitude of the place.
Only the persons required to work for it.



We should utilize that place with aided observation with Venus transit of 8 June
2004. TEAM A - working with Local observatory guides and Team B working with
OPTICAL aids at the same place to complementary work. That is the best place for
us to utilize the observation at that place and that is relay a Golden
opportunity for Jaipur and users too.



(Delhi and Jaipur observatory – Vedh Shala are constructed such a way that it
can work locally @ that Longitude Latitude and also at a LOCAL time of that
place. So we do not need to find the place location of  Longitude-Latitude while
working there nor the local time of that working place (Auto Sun Dial activity)
– nor we need toys like GPS nor sophisticated instruments. Not only that but
many of such astronomical activities – One like coming VENUS TRANSIT on 8 June
2004 also needs to be observed and activity to be worked in same environment
such as Local time and longitude Latitude, so many of planetarium places and
activity are just nothing in comparisons to such VITAL places as others has to
use their toys of GPS and telescopic compass and Leveling like a Theodolites).
So if we use this place on the day 8 June2004 for a Tenus Transit time activity
then instead of So called planetariums – as Venus transit is the phenomenon of
the place of JANTAR MANTAR and not Planeterium activity. – people will realize
the importance of such a place who even Astronomy lovers and planetarium
authority - who forgot that place and its importance.





World geometric dimension Table: created

       Earth’s Equatorial Diameter
      Equatorial Circumference 2D
      Earth’s Inter Polar Diameter
      Inter Polar Circumference 2D

       12756 Km (E to W)
      40053 KM (E to W)
      12714 K m (N to S)
      39900 KM (N to S)

       (E to W 23:30 N/S)
      (Using Tangent 23:30=0.917)



       360 degree @  23.5 Degree
      36730km@Tropic of Cancer 360 deg Round the Earth
      39900 KM Inter Polar

       1 Degree = 60 ‘ Mins /360
      =102 km = 64 Miles
      1 Degree = 60 ‘ Mins /360
      =110 km = 70 Miles

       1’ Min = 60 “ Secs    /60
      =1.7 KM =1.067 Miles
      1’ Min = 60 “ Secs    /60
      =1.84 KM =1.16 Miles


      =1700 M = 5632 Feet

      =1840 M = 6124 Feet

       1”Sec         /60
      28.3 M  =94 Feet
      1”Sec         /60
      30.8 M  =102 Feet

       = 37 adult steps
      = 18 Second’s walk
      = 40 adult steps
      = 20 Second’s walk


      1minute walk =300feets=92M

      1minute walk =300feets=92M


      1hour = 5.4 Km walk

      1hour = 5.4 Km walk






Dr.BHUDIA-Science Group Of INDIA.
http://uk.groups.yahoo.com/group/venustransit_2004/
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Founder :"Kutch Amateurs Astronomers Club - Bhuj - Kutch".
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#417 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Thu May 17, 2007 6:32 pm
Subject:: Astronomers have found one of the best pieces of evidence for the existence of dark matter, a myster
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Last Updated: Tuesday, 15 May 2007, 17:22 GMT 18:22 UK





Hubble spots ring of dark matter









The ring of dark matter appears in this composite map
Enlarge ImageAstronomers have found one of the best pieces of evidence for the
existence of dark matter, a mysterious quantity that pervades our Universe.
They have identified what appears to be a ghostly ring in the sky which is made
up of this enigmatic substance.
Using the Hubble Space Telescope, the scientists have established that the ring
formed long ago after a colossal smash-up between two galaxy clusters.
Details of the research are to appear in the Astrophysical Journal.
As the name suggests, dark matter does not reflect or emit detectable light, yet
it accounts for most of the mass in the Universe.
Astronomers have long suspected the existence of this invisible "stuff" as the
source of additional gravity that holds together galaxy clusters.
The clusters would fly apart if they were reliant only on the gravity from their
visible stars.
Dark material
No one knows what dark matter is made of, but it is thought to be a type of
elementary particle found throughout the cosmos.
Researchers from Johns Hopkins University and the Space Telescope Science
Institute - both in Baltimore, US - spotted the ring unexpectedly while they
were mapping the distribution of dark matter within the galaxy cluster Cl
0024+17.
This cluster lies 5 billion light-years from Earth; its ring of dark matter
measures 2.6 million light-years across.
Because astronomers cannot see dark matter, they must infer its existence by
studying how its gravity bends the light of more distant, background galaxies.
This powerful trick, called gravitational lensing, allows astronomers to map the
distorted light to deduce the cluster's mass and how dark matter is distributed
in the cluster.
At first, team members thought the ring was an illusion - or artefact - in the
data. But repeated attempts to make the ring disappear met with failure.
Finally, the astronomers became convinced that it must be a real feature.
Ripples in a pond
In August 2006, US astronomers identified the gravitational signature of dark
matter in another merging galaxy cluster. But the ring structure in Cl 0024+17
is exceptional.
"Although the invisible matter has been found before in other galaxy clusters,
it has never been detected to be so largely separated from the hot gas and the
galaxies that make up galaxy clusters," said co-author Myungkook James Jee of
Johns Hopkins University.
"By seeing a dark-matter structure that is not traced by galaxies and hot gas,
we can study how it behaves differently from normal matter."
Computer simulations of galaxy cluster collisions show that when two clusters
smash together, the dark matter falls to the centre of the merged cluster and
sloshes back out.
As the dark matter seeps outward, it begins to slow down under the pull of
gravity and gathers together like a traffic pile-up.
Luckily, astronomers had a head on view of this collision because it occurred
along the Earth's line of sight.
"It's like looking at the pebbles on the bottom of a pond with ripples on the
surface. The pebbles' shapes appear to change as the ripples pass over them," Dr
Jee explained.
"So, too, the background galaxies behind the ring show coherent changes in their
shapes due to the presence of the dense ring."
Team member Holland Ford, also of Johns Hopkins, said: "By studying this
collision, we are seeing how dark matter responds to gravity.
He added: "Nature is doing an experiment for us that we can't do in a lab, and
it agrees with our theoretical models."
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#416 From: Dr Bhudia Kutch Science Foundation <sciencegroupindia@...>
Date:: Fri May 11, 2007 6:08 pm
Subject:: The US space agency Nasa has unveiled a model of a space telescope that scientists say will be able
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Nasa unveils Hubble's successor







The model of the JWST is on display in Washington DC.The US space agency Nasa
has unveiled a model of a space telescope that scientists say will be able to
see to the farthest reaches of the Universe.
The James Webb Space Telescope (JWST) is intended to replace the ageing Hubble
telescope.
It will be larger than its predecessor, sit farther from Earth and have a giant
mirror to enable it to see more.
Officials said the JWST - named after a former Nasa administrator - was on
course for launch in June 2013.
The full-scale model is being displayed outside the Smithsonian National Air and
Space Museum in the US capital, Washington DC.
It was recently shown off in Seattle at the American Astronomical Society
meeting.


The $4.5bn (£2.3bn) telescope will take up a position some 1.5 million km
(930,000 miles) from Earth.
It will measure 24m (80ft) long by 12m (40ft) high and incorporate a hexagonal
mirror 6.5m (21.3ft) in diameter, almost three times the size of Hubble's.
Hubble, launched in 1990, has sent back pictures of our solar system, distant
stars, and remote fledgling galaxies formed not long after the Big Bang.
But scientists say the JWST will enable them to look deeper into space and even
further back at the origins of the Universe.
"Clearly we need a much bigger telescope to go back much further in time to see
the very birth of the Universe," said Edward Weiler, director of Nasa's Goddard
Space Flight Centre.
Martin Mohan of Northrop Grumman, the contractor building the telescope, said
that the team was making excellent progress.
"There's engineering to do, but invention is done, more than six years ahead of
launch," he said.
When ready, the JWST will be launched by a European Ariane 5 rocket. It is
expected to have a 10-year lifespan.
Until then, the 17-year-old Hubble telescope will continue to do its work. Nasa
plans to send astronauts on the space shuttle to service it in 2008.





THE JAMES WEBB SPACE TELESCOPE


JWST is named after James E Webb, Nasa Administrator during the Apollo lunar
exploration era; he served from 1961 to 1968
It will be placed 1.5m km from Earth, at Lagrange Point 2, an area of
gravitational balance that keeps it in a Sun-Earth line
The telescope will be shaded from sunlight by a shield, enabling it to stay
cold, increasing its sensitivity to infrared radiation
Three principal instruments will gather images of the Universe in the infrared
region of the spectrum
These will yield new information about how stars and galaxies first formed a few
hundred million years after the Big Bang
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