Friday, April 11, 2008

"Know something on Bonsai"

“Bonsai”
Origin of the word Bonsai: The word derived from a combination of two words Japanese word. I.e. BON/Shallow, PAN/plants.



What is Bonsai?

Bonsai is a fascinating art and culturing of miniature potted trees dwarfed by pruning and controlled nutrition.



Cultivation aspects of Bosai are as follows:

Soil or rooting medium: It should have enough nutrients to feed the Bonsai plant for a long duration of time without repotting. A right proportionate mixture of loam, sand and leaf mould. It should be fertile.
Repotting: Changing the content of the pot is known as the REPOTTING. It should be done periodically.
Training and Pruning :
Training: It refers to cutting the lateral branches to give a definite shape to the miniature plants using steel/copper wire. The wire is winded tightly after bending the plant to a definite shape.
Pruning: It is nothing but cutting the plant in a systematic way, so that it shouldn’t cause any damage to the plant.
Watering and manuring:
Watering: It should be done periodically in a very systematic way, so that the water should not stagnate with in the container or shouldn’t drain out completely. However the container should contain small pores to drain the excess water.
Manu ring: It should be applied in a small quantity of chemical or organic fertilizer.


Tips for a good Bonsai:

Selection of containers.
It should

· Be Attractive and harmony with the plant with in it.

· Non/corrosive.

· Have sufficient drainage holes.



Selection of good rooting medium.
Selection of plant for bonsai.
Plant should withstand savior pruning and training.
Highly adoptable to adverse environmental condition
It should be resistant to natural pest and diseases.
Methods of Bonsai:

1. Upright type:


2. Winding type:



3. Oblique / wind swept:



4. Cascade type:



Plants suitable for bonsai cultivation:

Butea monosperma [Flame of forest]
Callistemon lanaolatus [Bottle brush]
Ficus bengalensis [Bonsai tree]
Ficus religiosa [Pupil tree]
Jacaranda mimorifolia [Blue gulmohar]
Mangifera indica [Mango]
















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Thursday, March 13, 2008

Boys can be men at 18,says Law panel


































NEW DELHI: From raising the age of sexual consent for girls from 15 to 16, irrespective of marital status, to lowering the marriageable age for men to 18 from the existing 21, to letting fathers have a share of children's wealth who have died without a will, the Law Commission on Wednesday gave a slew of recommendations to amend the Prohibition of Child Marriage Act, Hindu Succession Act and the Hindu Marriage Act. Briefing media of the reports submitted to law minister H R Bhardwaj on Wednesday, the commission's part-time member Keerti Singh said that the panel has recommended letting the father of a dead property owner have a share of his children's property, For this, the report has made a case for treating the mother and father as one unit. Right now, only the mother gets a share in the property of children. This marks one of those rare instances where a recommendation has been made for a change in the 50-year-old Hindu Succession Act in favour of the male. The panel has also recommended that child marriages below 18 years should be prohibited and marriages below the age of 16 can be voided by mutual agreement between both parties. In other words, Singh said, "We have said the minimum age of marriage for both boys and girls should be 18." Admitting that the move would have the effect of bringing down the minimum age of marriage for men to 18 from existing 21, Singh explained, "There should be parity in the minimum age of both boys and girls. The commission is not advocating that 18 years is a desirable age for marriage but only minimum age." The commission's recommendation seeking increase in the age of sexual consent from 15 to 16 emanates from the shocking case of 11-year-old bride Phulmonee, who died after sex with her husband. She had suffered rupture of vagina since her husband had forced sex with Phulmonee. Later, she died resulting in a huge public outcry. Singh said, "Right now the age of sexual consent for women is 15. But a married woman below 15 can have consensual sex. We are recommending there should be no distinction between married and unmarried woman and that the age of sexual consent be increased to 16. If a husband makes love to his wife below 16, even if consensual, he can be held guilty of rape." The commission has suggested deletion of a portion of section 375 of IPC.

Saturday, February 23, 2008

The U.S-India Nuclear Deal

"Nuclear Fission Fuel material "












"Nagasaki Nuclear Bomb"







"Different Fuel Resource"









Indian PM says nuclear deal with US vital to India's economic future

MUMBAI, India: Nuclear energy is key to India's economic future, the country's prime minister said Friday — remarks clearly aimed at defending a historic atomic energy deal with the United States from critics at home.

Although Prime Minister Manmohan Singh never directly mentioned the deal, his comments were a reiteration of a familiar argument that both he and U.S. President George W. Bush have used to promote the pact since it was first announced in July 2005.

Singh's defense of the deal came a day after the government agreed to create a committee to examine the deal before it is implemented, a move some fear could lead to delays that would ultimately scuttle the pact.
The committee had been a chief demand of the prime minister's communist political allies, who are leading the opposition to the pact, which they say could undermine India's nuclear weapons program and independent foreign policy.
The deal allows the United States to send nuclear fuel and technology to booming, but energy-starved India, which has been cut off from international atomic markets for the past three decades by its refusal to sign nonproliferation accords and it’s testing of nuclear weapons.
The India-U.S. pact — which requires still-to-be-negotiated agreements with the International Atomic Energy Agency and the Nuclear Suppliers Group, an organization of countries the export atomic material — would bring New Delhi into the global nuclear mainstream.
"India is now too important a country to remain outside the international mainstream in this critical area," Singh told scientists and engineers at the Tarapur nuclear facility near Mumbai.
"We need to pave the way for India to benefit from nuclear commerce without restrictions," he said, adding that the deal would allow the country to import cutting-edge technologies that could be used in many industries, not just for generating nuclear power.
Singh said the government's target of producing 20,000 megawatts of power from nuclear plants by 2020 could be doubled if India could cooperate with other countries.
"There is today talk the world over of a nuclear renaissance and we cannot afford to miss the bus or lag behind those global developments," he said.
Aside from the agreements with the IAEA and Nuclear Suppliers Group, U.S. lawmakers also need to approve technical details of the pact before atomic trade can begin.





“The U.S.-India Nuclear Deal”

· Introduction
In August 2007, India and the United States reached a bilateral agreement on civilian nuclear cooperation as envisioned in the joint statement released by President Bush and Indian Prime Minister Manmohan Singh on July 18, 2005. The deal, which marks a notable warming of U.S.-India relations, would lift the U.S. moratorium on nuclear trade with India, provide U.S. assistance to India's civilian nuclear energy program, and expand U.S.-Indian cooperation in energy and satellite technology. But critics in the United States say the deal fundamentally reverses half a century of U.S. nonproliferation efforts, undermine attempts to prevent states like Iran and North Korea from acquiring nuclear weapons, and potentially contribute to a nuclear arms race in Asia. “It's an unprecedented deal for India,” says Charles D. Ferguson, science and technology fellow at the Council on Foreign Relations. “If you look at the three countries outside the Nuclear Non-Proliferation Treaty (NPT)—Israel, India, and Pakistan—this stands to be a unique deal.”
[Aagreement: U.S. and India Release Text of 123 Agreement; The Government of India and the Government of the United States of America, hereinafter referred to as the Parties,
RECOGNIZING the significance of civilian nuclear energy for meeting growing global energy demands in a cleaner and more efficient manner;
DESIRING to cooperate extensively in the full development and use of nuclear energy for peaceful purposes as a means of achieving energy security, on a stable, reliable and predictable basis;
WISHING to develop such cooperation on the basis of mutual respect for sovereignty, non-interference in each other's internal affairs, equality, mutual benefit, reciprocity and with due respect for each other's nuclear programmers;
DESIRING to establish the necessary legal framework and basis for cooperation concerning peaceful uses of nuclear energy;
AFFIRMING that cooperation under this Agreement is between two States possessing advanced nuclear technology, both Parties having the same benefits and advantages, both committed to preventing WMD proliferation;
NOTING the understandings expressed in the India - U.S. Joint Statement of July 18, 2005 to enable full civil nuclear energy cooperation with India covering aspects of the associated nuclear fuel cycle;
AFFIRMING their support for the objectives of the International Atomic Energy Agency (IAEA) and its safeguards system, as applicable to India and the United States of America, and its importance in ensuring that international cooperation in development and use of nuclear energy for peaceful purposes is carried out under arrangements that will not contribute to the proliferation of nuclear weapons or other nuclear explosive devices;
NOTING their respective commitments to safety and security of peaceful uses of nuclear energy, to adequate physical protection of nuclear material and effective national export controls;
MINDFUL that peaceful nuclear activities must be undertaken with a view to protecting the environment;
MINDFUL of their shared commitment to preventing the proliferation of weapons of mass destruction; and
DESIROUS of strengthening the strategic partnership between them;

Have agreed on the following:

  • ARTICLE 1 - DEFINITIONS
  • ARTICLE 2 - SCOPE OF COOPERATION
  • ARTICLE 3 - TRANSFER OF INFORMATION
  • ARTICLE 4 - NUCLEAR TRADE
  • ARTICLE 5 - TRANSFER OF NUCLEAR MATERIAL, NON-NUCLEAR MATERIAL, EQUIPMENT, COMPONENTS AND RELATED TECHNOLOGY
  • ARTICLE 6 - NUCLEAR FUEL CYCLE ACTIVITIES
  • ARTICLE 7 - STORAGE AND RETRANSFERS
  • ARTICLE 8 - PHYSICAL PROTECTION
  • ARTICLE 9 - PEACEFUL USE
  • ARTICLE 10 - IAEA SAFEGUARDS
  • ARTICLE 11 - ENVIRONMENTAL PROTECTION
  • ARTICLE 12 - IMPLEMENTATION OF THE AGREEMENT
  • ARTICLE 13 - CONSULTATIONS
  • ARTICLE 14 - TERMINATION AND CESSATION OF COOPERATION
  • ARTICLE 15 - SETTLEMENT OF DISPUTES
  • ARTICLE 16 - ENTRY INTO FORCE AND DURATION
  • ARTICLE 17 - ADMINISTRATIVE ARRANGEMENT]

· What are the terms of the deal?

The details of the deal include the following:
o India agrees to allow inspectors from the International Atomic Energy Association (IAEA), the United Nations' nuclear watchdog group, access to its civilian nuclear program. But India would decide which of its many nuclear facilities to classify as civilian. By March 2006, India promised to place fourteen of its twenty-two power reactors under IAEA safeguards permanently. India also promised that all future civilian thermal and breeder reactors shall be placed under IAEA safeguards permanently. Teresita Schaffer, director of the South Asia program at the Center for Strategic and International Studies, says these will now include domestically built plants, which India has not been willing to safeguard before now. Military facilities—and stockpiles of nuclear fuel that India has produced up to now—will be exempt from inspections or safeguards.
o India commits to signing an Additional Protocol (PDF)—which allows more intrusive IAEA inspections—or its civilian facilities.
o India agrees to continue its moratorium on nuclear weapons testing.
o India commits to strengthening the security of its nuclear arsenals.
o India works toward negotiating a Fissile Material Cutoff Treaty (FMCT) with the United States banning the production of fissile material for weapons purposes.India agrees to prevent the spread of enrichment and reprocessing technologies to states that don't possess them and to support international nonproliferation efforts.
o U.S. companies will be allowed to build nuclear reactors in India and provide nuclear fuel for its civilian energy program.

What kind of technology would India receive in return?
India would be eligible to buy U.S. dual-use nuclear technology, including materials and equipment that could be used to enrich uranium or reprocess plutonium, potentially creating the material for nuclear bombs. It would also receive imported fuel for its nuclear reactors.

· What do proponents say about the deal?

Proponents of the agreement argue it will bring India closer to the United States at a time when the two countries are forging a strategic relationship to pursue their common interests in fighting terrorism, spreading democracy, and preventing the domination of Asia by any single power. Ashley Tellis of the Carnegie Endowment for International Peace—currently serving as an adviser to the State Department on Indian affairs—says in congressional testimony that the deal recognizes this growing relationship by engaging India, which has proven it is not a nuclear proliferation risk. Other experts say the deal lays out the requirements for India to be recognized as a responsible steward of nuclear power. "This is part of a process of making India a more durable and reliable nuclear partner," Schaffer says.
Other experts say the deal:


o Would encourage India to accept international safeguards on facilities it has not allowed to be inspected before.

T This is a major step, experts say, because the existing nonproliferation regime has failed either to force India to give up its nuclear weapons or make it accept international inspections and restrictions on its nuclear facilities. "President Bush's bilateral deal correctly recognizes that it is far better for the nonproliferation community if India works with it rather than against it," writes Seema Gahlaut of the University of Georgia's Center for International Trade and Security in a CSIS policy brief. IAEA Director-General Mohammed ElBaradei has strongly endorsed the deal, calling it a pragmatic way to bring India into the nonproliferation community.


o Recognizes India's history of imposing voluntary safeguards on its nuclear program. Proponents of the deal say India has an excellent record of setting credible safeguards on its nuclear program for the last thirty years. After the safeguards on the U.S.-supplied Tarapurs nuclear facility expired in 1993, for example, India voluntarily established a new agreement with the IAEA to continue the restrictions.

o Recognizes that India has a good record on proliferation. Although it is not a signatory to the NPT, India has maintained strict controls on its nuclear technology and has not shared it with any other country. Proponents of the deal say this restraint shows that India, unlike its nuclear neighbor Pakistan, is committed to responsible nuclear stewardship and fighting proliferation. In May 2005 India passed a law, the WMD Act, which criminalizes the trade and brokering of sensitive technology.
o Rewards India's decision to adopt similar nuclear export standards as those imposed by the Nuclear Suppliers Group (NSG). India has thus far chosen to abide by the strict export controls on nuclear technology set by the NSG, a group of forty-five nuclear-supplier states that voluntarily coordinates controls of nuclear exports to non-nuclear-weapon states. Experts say if India chose to lift these voluntary restrictions, it could easily sell its technology to far less trustworthy countries around the world. The U.S. deal would reward the Indian government for its voluntary controls and give New Delhi incentive to continue them, against the demands of Indian hardliners who question what India gets out of placing such limits on itself.

· What are the objections to the agreement?
    • Critics call the terms of the agreement overly beneficial for India and lacking sufficient safeguards to prevent New Delhi from continuing to produce nuclear weapons. "We are going to be sending, or allowing others to send, fresh fuel to Indiaincluding yellowcake and lightly enriched uraniumtthat will free up Indian domestic sources of fuel to be solely dedicated to making many more bombs than they would otherwise have been able to make," says Henry Sokolski, executive director of the Nonproliferation Policy Education Center, a nonprofit organization dedicated to improving awareness of proliferation issues. While India has pledged that any U.S. assistance to its civilian nuclear energy program will not benefit its nuclear weapons program, experts say India could use the imported nuclear fuel to feed its civilian energy program while diverting its own nuclear fuel to weapons production. New Delhi has done similar things in the past; India claimed it was using nuclear technology for civilian purposes right up until its first nuclear weapons test in 1974. A Congressional Research Service report (PDF) on the agreement states, "There are no measures in this global partnership to restrain India's nuclear weapons program."
      Other objections raised by experts include

    • The safeguards apply only to facilities and material manufactured by India beginning when the agreement was reached. It doesn't cover the fissile material produced by India over the last several decades of nuclear activity. The CRS report says, "A significant question is how India, in the absence of full-scope safeguards, can provide adequate confidence that U.S. peaceful nuclear technology will not be diverted to nuclear weapons purposes."
    • The deal does not require India to cap or limit its fissile material production. This comes at a time when nearly all the major nuclear powers—including the United States, France, Britain, and Russia—are moving to limit their production.
    • It does not require India to restrict the number of nuclear weapons it plans to produce.
    • There are far more cost-efficient ways to improve India's energy and technology sectors. These could include making India's existing electricity grid more efficient, restructuring the country's coal industry, and expanding the use of renewable energy sources, Sokolski said in congressional testimony. All these steps would involve much less dangerous transfers of technology that would not be dual-use, and therefore not convertible to nuclear weapons production.

· Who needs to approve the agreeme

The final terms of the nuclear deal need approval from several sources before they can be implemented. The bodies required to approve the deal include:

    • IAEA. India has to sign a safeguards agreement with the IAEA under which all nuclear material and equipment transferred to it by the United States as a part of this deal shall be subject to safeguards. The Board of Governors of the IAEA has to approve this India-specific safeguards agreement. In Febuary 2008, Indian negotiators and IAEA officials met in Vienna discuss their differences and complete the agreement.



    • India's Parliament. The deal is controversial in India, with many parliamentarians arguing it will limit India's sovereignty and hurt its security. Some Indian nuclear experts are protesting what they see as excessive U.S. participation in deciding which of India's nuclear facilities to define as civilian, and open to international inspections under the plan.



    • The Nuclear Suppliers Group. The NSG tries to restrict the spread of nuclear technology that could be used in weapons programs through export controls. The United States will try to convince the group to make an exception for India, which may be a difficult case to make when the United States is simultaneously trying to prevent Iran and North Korea from gaining similar access to nuclear fuel and technology.



    • Congress. Under the U.S. Atomic Energy Act, which regulates the trade of nuclear material, congressional approval is needed to pass the exemptions to U.S. laws required for the nuclear deal to be implemented. Members of Congress are showing resistance, with some calling for India to commit to strict limits on its nuclear weapons program before the deal goes through. "Congress needs to address the many troubling questions raised by this deal before it considers changing longstanding nonproliferation laws," David Albright, president of the Institute for Science and International Security, said in congressional testimony (PDF) in October 2005.
What effect will the U.S.-India deal have on the NPT?
It could gut the agreement, experts say. Article 1 of the treaty says nations that possess nuclear weapons agree not to help states that do not possess weapons to acquire them. Albright says that without additional measures to ensure a real barrier exists between India's military and civilian nuclear programs, the agreement "could pose serious risks to the security of the United States" by potentially allowing Indian companies to proliferate banned nuclear technology around the world. In addition, it could lead other suppliers—including Russia and China—to bend the international rules so they can sell their own nuclear technology to other countries, some of them hostile to the United States. On the other hand, experts like Gahlaut argue the NPT was already failing in its mission to prevent proliferation. She says many countries—including North Korea, Libya, Iran, and Iraq—have cheated while being signatories of the NPT.


What role does China play in the U.S.-Indian nuclear deal?
It is a motivating factor in the deal, some experts say. China's rise in the region is prompting the United States to seek a strategic relationship with India. "The United States is trying to cement its relationship with the world's largest democracy in order to counterbalance China," Ferguson says. The Bush administration is "hoping that latching onto India as the rising star of Asia could help them handle China," Sokolski says.
But other experts say the growing economic relationship between China and India is so critical to New Delhi that its interests in China cannot be threatened or replaced by any agreement with the United States. Indians "have no interest whatsoever in trying to contain China because they believe this could be a self-fulfilling prophesy, and their whole policy is to seek the best possible relationship with China," Robert Blackwill, a former U.S. ambassador to India, said at a Council meeting February 23. Other experts worry U.S. nuclear aid to India could foster a dangerous nuclear rivalry between India and China. Though India has a strong interest in building economic relations with China, New Delhi is still wary of China's military rise in the region.


What effect will the deal have on U.S. and Indian relations with Pakistan?

Pakistan's President Pervez Musharraf, who has suffered fierce criticism at home—and survived two assassination attempts—or his strong alliance with the United States since 9/11, has not received a similar deal on nuclear energy from Washington. Some experts say this apparent U.S. favoritism toward India could increase the nuclear rivalry between the intensely competitive nations, and potentially raise tensions in the already dangerous region. "My impression is that [the Pakistanis] are worried this will feed the Indian nuclear weapons program and therefore weaken deterrence," Blackwill said. Other experts say the two countries, both admittedly now nuclear, could be forced to deal more cautiously with each other. Pakistan is already a proliferation risk: Pakistani nuclear scientist A.Q. Khan's illicit nuclear network, revealed in 2004, shocked the world with its brazen trade of nuclear technology. Some experts worry the U.S.-India deal could prompt Pakistan to go elsewhere for similar terms.

What’s the history of India’s nuclear program?

In the 1950s, the United States helped India develop nuclear energy under the Atoms for Peace program. The United States built a nuclear reactor for India, provided nuclear fuel for a time, and allowed Indian scientists study at U.S. nuclear laboratories. In 1968, India refused to sign the NPT, claiming it was biased. In 1974, India tested its first nuclear bomb, showing it could develop nuclear weapons with technology transferred for peaceful purposes. As a result, the United States isolated India for twenty-five years, refusing nuclear cooperation and trying to convince other countries to do the same. But since 2000, the United States has moved to build a "strategic partnership" with India, increasing cooperation in fields including spaceflight, satellite technology, and missile defense.

Wednesday, January 9, 2008

Success when compared with humming bird.




"Always bear in mind that your own resolution to success is more important than any other one thing"


-By Abraham Lincoln

Success assume the individuality of a complete act executed with perfection.Being success full can be learnt from the nature.The most striking is the way the Humming Bird build it's own next to lay the eggs.

Up above in the Guava tree, the bird gently place the very first twig and off it goes for another.Then it comes back with another and then another.Each time, the bird used the twig to intricately weave and line the twigs never gives upon its mission.Little by little, over next few days, the nest starts taking shape with each twig delicately women.

We all need to learn how to patiently build our own personal nest-our dream, one twig at a time.The Humming bird's secret of success is what can help you to build your nest-Your Dream.

Friday, December 28, 2007

Languages Of India

India is a wast country.It is a very unique country in the world with a diverse culture,customs, traditions.The main reason for diversity is the invasions made by many great worriers from other regions of the world.As a impact of those invasions now India is diverse in it seeking languages also.Any ways have a look on the languages of India which are commonly used by most of Indians.
The Major spoken languages of India are
  • Assamis,
  • Bengali,
  • Gujrathi,
  • Hindi,
  • Kannada,
  • Kashmiri,
  • Malyalam,
  • Marathi,
  • Manipuri,
  • Orriya,
  • Punjabi,
  • Sanskriti,
  • Sindhi,
  • Tamil,
  • Telugu, &
  • Urdu.

Languages Of India

There are many LANGUAGES Are there in India.Out of which i mentioned a few of them.

Each language has its own importence w.r.t it's coustoms, traditions, value.The main reason for too many languages in India is the historical invasions by many other great personalities who exits in our Indian Past History.The importent persons/groups who make a significant importence in developing many languages in India are Arabs,britishers,Dutchs,Portugies,....so on.

Tuesday, October 16, 2007

Milestone In Sensex-A short BSE report

The last 1,000 points rise in Sensex is equivalent to a 60 points rise in the year 1990.(When the index was crossed 1,00 points). Hence, we shouldn't take it for granted that for every rise in sensex of 1,000 barrier, people shouldn't consider share rates will jump suddenly.

To know more about Index Rise at regular intervals Click here

Tuesday, October 9, 2007

Inspiration




You reap as you sow!!




If you plant honesty, you will reap trust.
If you plant goodness you will reap friends.
If you plant humanity, you will reap greatness.
If you plant perseverance, you will reap victory.
If you plant consideration, you will reap hormony.
If you planthard work, you will reap success.
If you plant forgiveness, you will reapreconciliation.
If you plant openness, you will reap intimacy.
If you plant patience, you will reap intimacy.
If you plant faith, you will reap miracles.

But:

If you plant dishonesty, you will reap distrust.
If you plant selfishness, you will reap loneliness.
If you plant pride, you will reap destruction.
If you plant envy, you will reap trouble.
If you plant bitterness, you will reap isolation.
If you plant greed, you will reap loss.
If you plant gossip, you will reap enemies.
If you plant worries, you will reap wrinkles.
If you plant sin, you will reap guilty.

So be careful what you plant now, it will determine what you will reap tomorrow.
The seed you now scatter will make life worse or better your life or the ones who will come after.
Yes, someday, you will enjoy the fruit, or you will pay for the choices you plant today.

-Anonymous :-)

Monday, September 3, 2007

Jane Goodall – Chimpanzees woman










Man is still evolving. Our eye are degenerating our little toe and the appendix are disappearing. But it is our spiritual evolution that worries me, especially the attitude: ‘MONEY, ME, NOW’ that people everywhere have
When she was 26, an age when other women dream of Hollywood, Jane Goodall Chimpanzees (not only Chimpanzees she also love great apes, the bonodas, the gorillas, the orangutans) in Gambe forest on the banks of lake Tungamika is East Africa.
She always wants to stay with chimpanzees, and she have a strong adored (love) them, she fought hard to remain detached from them, as she dedicated her whole and sole for observing their behaviour in the wild.
Sign of hope
During 2nd world war she visited Nagasaki the site where second atomic bomb was exploded. After explosion, scientists predicted that nothing would grow thee for at lest 30 years. But amazingly greenery grew back very quickly. One sapling actually managed to survive the bombing and today it is a large tree and produce leaves "Goodall always carries one of its leaves with her as a symbol of hope. She remember the days during her stay in thick forests of South Africa – Gambe".
Their she get familiar with few chimpanzees in her ear== research on chimpanzees and she named them as
1. David Graybeard
2. Goliath
Later in 1977, she established the Gambe Stream Research Centre (now it has its branches in more than 70 countries and even 30 registrations request from India alone one – she said in one of her interview).
Now Jane Goodall is 72, but she spends 320 day in a years an planes, in airparts, (or) in hotels allover the world. Look at her pace to life, aspiring- varying to know and seed and protect he wild life of world. But she hardly manage to find 4 days in a year to catch up with evolved Gambe
If she can do so much at the age of 72, why can’t we (to all young generation) of world


Source :


1. DHNS Sunday Herald


2. Google search - Image search


3. An interactive blag lanched by the Jane Goodall Institution


More links:






– Sachi Rocking life

Sunday, August 5, 2007

Bomb Blast of 1993,March 12




Bombay Serial bomb blast-March,12 1993:


A brief statistics about this bomb blast..................

257 killed....
12 gallows....
10 life time impresanment....
Sanjay Datth on Augest 1st 2007 was made to spend his next 6 years in Jail..


-By Sachin

Friday, August 3, 2007

About UAS(B)


How much u know about Agricultural college



The rulers of Mysore kingdom (The Wodeyars) felt the need to establish research units in the field of agriculture and donated about 30 acres of land to set up an Experimental Agricultural Station at Hebbal, then on the outskrits of Bangalore. What began on a 30 acre land in 1899 was soon extended to about 202 acres. The increasing reputation of this experimental station as a training center led to the foundation of the Mysore Agricultural College at Hebbal in 1946 affiliated to the Mysore University. This was soon followed by the Agricultural College at Dharwad in 1947 which was then affiliated to Karnataka University. In 1958, veterinary science as a discipline was started with the establishment of the Veterinary College at Hebbal also affiliated to Mysore University.


With growing impetus given by the Indian Government for the agricultural sector, leading to what has been termed the Green revolution, many agricultural universities were established throughout the country. The then Mysore State Government through its Act No. 22 passed in 1963 provided for the creation of the University of Agricultural Sciences. The university came into existence on August 21st, 1964 with operational jurisdiction over the entire state of Karnataka. It included the agricultural colleges at Hebbal and Dharwad, Veterinary College at Hebbal and 35 research stations located in different parts of the state along with 45 ICAR projects which were with the State Department of Agriculture, Horticulture, Animal Husbandry and Fisheries.


Later on the Marine Product Processing Training Centre (MPPTC) at Mangalore and Krishi Vignana Kendra, Hanumanamatti, Dharwad district were also transferred to the university.


The university established the Fisheries College at Mangalore in 1969 to provide degree level training and the Agricultural Engineering Institute at Raichur in the same year to offer a three year diploma course in Agricultural Engineering. The Home Science College was started to impart education on rural based home science at Dharwad campus in the year 1974, besides establishing a College of Basic Sciences and Humanities and College of Post Graduate Studies at Hebbal.


The university established the Fisheries College at Mangalore in 1969 to provide degree level training and the Agricultural Engineering Institute at Raichur in the same year to offer a three year diploma course in Agricultural Engineering. The Home Science College was started to impart education on rural based home science at Dharwad campus in the year 1974, besides establishing a College of Basic Sciences and Humanities and College of Post Graduate Studies at Hebbal


The phenomenal growth of the university, the differences in agroclimate in the parts of the state, led to the bifurcation of the university into two agricultural universities. An amendment to the University of Agricultural Sciences Act in 1986 saw the birth of the second university for agriculture in the state. The University of Agricultural Sciences, Bangalore was entrusted territorial jurisdiction over 15 southern districts of Karnataka comprising nearly fifty percent of the total area of the state, while the University of Agricultural Sciences, Dharwad, was given jurisdiction over the remaining area in the northern districts of the state.


In 2005, with the needed to provide better autonomy to the veterinary education and research in the state, the Veterinary and Animal sciences faculty was bifurcated form both the Universities of Agricultural Sciences - Bangalore and Dharwad and placed under the single university - Karnataka Veterinary, Animal and Fisheries Sciences University with its headquarters in the northern district of Karnataka, Bidar by the passing of the Karnataka Veterinary, Animal and Fisheries Sciences University Bill, 2004 in the Legislative Assembly on February 10, 2004


University of Agricultural Sciences, Bangalore currently has administrative head quarters at the Gandhi Krishi Vignyana Kendra (G.K.V.K.) on the Bangalore-Hyderabad Highway.


It has the following campuses


  • College of Agriculture, Bangalore at GKVK

  • College of Agriculture, Shimoga

  • College of Agriculture, Mandya

  • College of Horticulture, Mudigere

  • College of Forestry, Ponnampet

  • College of Sericulture, Chintamani

  • College of Basic Science and Humanities, Bangalore at GKVK

Degree offered


The university had two-degree programmes covering broadly agriculture and veterinary disciplines. Over the years, attempts have been made to diversify agricultural education by starting specialized undergraduate and postgraduate degree programmes in various branches of agricultural sciences.


Presently the university offers nine-degree programmes covering Agriculture, Veterinary, Fisheries, Horticulture, Dairy Sciences, Agricultural Marketing and Co-operation, Forestry, Sericulture and Agriculture Engineering disciplines and Masters degree programmes in 47 disciplines and Ph.D. programmes in 34 disciplines

The following Bachelors Degree are awarded: Bachelor of Science in Agriculture (B.Sc.(Ag.)) Bachelor of Science in Sericulture Bachelor of Science in Horticulture (B.Sc.(Hort.)) Bachelor in Technology in Dairy Technology (B.Tech.(D.T.)) Bachelor of Science in Forestry Bachelor of Science in Home Sciences

Campuses and Degree offered by UAS, Bangalore,

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Sachin,Rocking life.