Wednesday, 14 June 2017

Asia-Africa Growth Corridor- Can it be a game changer?

About AAGC:
The Asia-Africa Growth Corridor or
AAGC is an economic cooperation agreement between the governments of India and Japan .
India on 25 May 2017 launched a vision document for Asia-Africa Growth Corridor or AAGC at the African Development Bank meeting in Gujarat. It aims for Indo-Japanese collaboration to develop quality infrastructure in Africa, complemented by digital connectivity.
The vision document is a study jointly produced by three research institutions of India and Japan in consultation with other Asian and African think tanks.
It envisages closer engagement between India and Africa for “sustainable and innovative development”.
The AAGC will envisage people centric sustainable growth strategy, details of which would be evolved through a process of detailed consultation across Asia and Africa.
It will be anchored to four pillars:

1. Development and cooperation projects;
2. Quality infrastructure and institutional connectivity;
3. Enhancing capacities and skills and
4. People-to-people partnership.
It will accord priority to development projects in health and pharmaceuticals, agriculture and agro-processing, disaster management, and skill enhancement.
It will have special focus on Africa, India and South Asia, Southeast Asia, East Asia and Oceania.
How is it different from China’s OBOR?

The two projects- AAGC and OBOR are qualitatively different in their approach.
While China through OBOR concentrates on infrastructure and cheque-book diplomacy. OBOR is meant to growth trade by building trade infra be it on land route or maritime. AAGC is to promote a broader spectrum of cooperation projects and programes focused on the development of Africa’s human resources.
Projects under AAGC are people oriented. They are synchronized with African priorities be it in health, education, skill training etc.
While OBOR is more of infra centric whether sustainable or non sustainable.
The partnership is based on the strength India has in Africa which is more people to people contact, network based strength rather than rebalancing business by pushing investment out of huge forex reserves.
While China is in infra, the AAGC has a totally different orientation. It is suitably modest.
China’ OBOR is oriented towards Eurasian mainland while AAGC is maritime oriented.
AAGC is much more collaborative and its focus on capacity building unlike OBOR initiative.
The willingness of India to partner with Japan to assist Africa is different from China’s methods of going alone.
Can it be a game changer?

The potential for the partnership to become a game changer is huge because of following factors-
Commonness of our needs. India’s strengths being Africa’s needs.
The huge size of India and Africa. Focus of population is shifting in Africa. This means there will be massive requirements for capacity building.
Compatibility the India and Africa share.
Partnership with Japan is itself going to be highly beneficial. While Japan has its own strength of finance, India has the ability to deliver.
Centuries of relationship with Africa, India is already running various programmes running in India for Africans like the Barefoot college etc. All this things will come very handy.
In past decades or so India an Africa has connected more effectively. African Development Bank holding annual meeting in Gujarat and the success of India Africa forum summit highlights the strengthening relationship between India and Africa.
Who else can we get on board?
US can be specifically in agriculture, research and development. But with Mr. Trump as President such partnership becomes difficult
South Africa can also be involved. But its relation with china must be taken into account as big flagship project of China appears to be in South Africa.
Germany and France- both have been active in Africa, both have technology, fund and both the nations have close relation with India.

Challenges:
Way ahead:
China is rapidly expanding its footprint in Africa. They have been investing heavily in the Africa. Even small sectors like poultry have been taken over by China. So India and Japan do not have the luxury of time.
India and Japan should immediately initiate a few joint pilot projects involving the companies of India, Japan and a few African countries in identified areas such as health care, agriculture and blue economy.
They should increase the scope of their development projects, create synergy among themselves and engage proactively with other willing partners.
Projects already successful in India like neem coated urea, solar plants, DBT, irrigation etc. – all such can be implemented in Africa at the earliest.
India should also be open minded to what she can learn from African nations. For example- the mobile based payment system of Kenya.
People to people contact- Govt should recognize that in India we need to do lots of work regarding sensitization and changing the mindset of people here towards Africa. Or else the basic objective of people centric relationship wont get fulfilled.
It is not just the government that will have to so whatever it can to improve our quality of relation with Africa, Business men, corporates must also be incentivised.

Conclusion:
AAGC is of course a win-win partnership for both India and Africa. It will provide new force and dynamism to Asia-Africa relationship. However, timing is of essence when AAGC is concerned and thus India needs to expedite.
Africa is trying to connect to us and it is our responsibility to be considerate, show compassion and respect towards Africa
★★★★★

Tuesday, 13 June 2017

Reforming The Agrarian Business


Source: The Business Line

Why in news?

There are raising agrarian protests and agitation across the nation, government should find solution of such issues rather than supressing it.

Government schemes on agriculture are that packet of nutrients to the farmers.

What is the issue?

Policies should focus on extension services, land leasing practices and the management of farmer producer companies.

Suddenly, farmers in India have a happening life.

A digital wallet, Smartphone apps, crop insurance, soil health cards, e-markets and best of all, an American dream that their incomes will double by 2022.

Farmers hear about Aadhaar having the potential to change their lives.

The news about ‘One Nation One Market’ is promising.

Agricultural commodity exchange ‘NCDEX’ has been making a lot of news.
The vibe in the rural is that ‘something big is happening, but we don’t really know what it means to us’.

What are reforms in need among agrarian community?

Strengthening the agricultural extension system:
Leveraging the technology and adapting it to local conditions, government extension departments should upgrade themselves.
A farmer should be able to raise an information or trouble shooting request through his/her mobile by simply voice recording or taking a picture.
It should be centrally monitored but locally delivered through the field agronomist.
A suggestion without any accountability will not have much relevance. Also, incentives for the officer should be based on outcomes.
Only then can tools such as Plantix implemented in Andhra Pradesh can be leveraged for this purpose.
Regulatory reforms in land:
Land ownership is still a highly debatable issue in rural India.
The panel set up under NITI Aayog suggested reforms in land leasing policies, ramping up of land records and titles.
This will create better access to credit and help farmers realise the value of asset when required.
On one hand, we read that small scale farming has challenges due to diseconomies of scale.
On the other hand, land is being fragmented more and more with one generation handing it over to the next.
Without progressive regulations on land leasing or aggregation, farming will continue to be increasingly unviable in may parts of India.
Creating hybrid governance structures of farmer collectives:
Despite forming more than 3,000 farmer producer companies (FPCs) to solve the problem of distribution and diseconomies of scale.
A recent study from the Institute of Livelihoods Research and Training found that many of these FPCs are missing both competent, business-minded leadership and transparency.
Generally, in a company form of organisation, ownership and management are two separate boxes.
But in farmer producer companies, farmers own and manage the set up.
We know the limitations farmers have in terms of education and business exposure.
This needs to change, it requires professional expertise and business acumen.

What is the way forward?

Today, 100 per cent of ownership and 100 per cent of management of FPCs is with farmers.
If professionals and business-minded people are roped in, things can look better.
With 20 per cent ownership in professional hands, things can change.
There will be business interest for professionals to turn the business profitable and farmer groups can enjoy 80 per cent of the profits, too.
However, regulation should provide safeguards against any exploitation by one party of the other.

Monday, 12 June 2017

Answers

Introduction:
The South Asia Satellite  ,  also  known  as  GSAT-9  ,  is a  geostationary  communication  and  meteorology satellite  operated  by  the  ISRO  for  the  SAARC region

Applications  and  How  can  it  help  SAARC  nations:

The  satellite  will  provide  communication  service  to SAARC  member  Nations  except  Pakistan  who boycotted  in  early  2016.

Diplomatically,  the  South  Asia  satellite  is  significant for  some  reasons  like:
The  satellite  has  been  launched  without  any  specific quid  pro  quo  shows  that  India  is  willing  to  use  its technological  capabilities  as  a  tool  of  diplomacy.
It  reveals  both  India’s  ambition  and  capability  to create  what  can  be  termed  “technological commons”. 
By  “gifting”  this  satellite  to  its neighbours,  India  has  created  an  open  access resource  that  can  be  leveraged  by  the  latter  to address  some  of  their  critical  domestic  concerns.
Building  such  commons  is  essential  not  only  to address immediate problems but also spur research, innovation  and  economic  growth  in  the  region. South  Asia  satellite  will  boost  the  regional  cooperation  among  the  member  countries It will reinforce the Indian  policy  of “Neighbourhood  First”  and  help  in  increasing India’s  influence  on  face  of  aggressive  China.
It  will  open  new  avenues  of  engagement  between India  and  member  countries  thus  deepening  the economic  ties.  Also  helpful  in  promoting  “Make  in India”. It  is  also  equipped  with  remote  sensing  state  of  the art  technology  which  enables  collection  of  real-time weather  data  and  helps  in  observations  of  the geology  of  the  South  Asian  nations It  will  go  a  long  way  in  addressing  South  Asia’s economic  and  developmental  priorities

Since  these  countries  are  situated  in  disaster  prone areas  like  Nepal  and  Bhutan  in  earthquake  zone, in Bangladesh  in  flood  prone  area,  Services  of  this satellite communication and  disaster management  will  be  of  immense  help.
The  satellite  will  assist  in  the  fields  of  natural resources mapping, telemedicine, education, IT connectivity and fostering people to people contact.
This is an appropriate example of our commitment to South AsiaThe South Asia satellite is emblematic of a more confident and assertive India.
India must make a concerted effort to expand the range of technologies it can use as part of its diplomatic arsenal.

Real Estate (Regulation & Development) Act is now in effect. Discuss its key provisions.

Key provisions:- between buyers and promoters of residential real estate projects. It establishes state level regulatory authorities called Real Estate Regulatory Authorities (RERAs).
some exceptions, need to be registered with RERAs.
Promoters cannot book or offer these projects for sale without registering them. Real estate agents dealing in these projects also need to register with RERAs. upload details of the project on the website of the RERA.
These include the site and layout plan, and schedule for completion of the real estate project. buyers for a project must be maintained in a separate bank account and must only be used for construction of that project. The state government can alter this amount to less than 70%.  tribunals  called  Real  Estate  Appellate  Tribunals. Decisions  of  RERAs can be appealed in these tribunals. of  consumers  and  bring  in  efficiency  and  transparency in  the  sale/purchase  of  real  estate.  RERA  and  the Appellate  Tribunal  are  expected  to  decide  on complaints  within  an  ambitious  period  of  60  days giving  the  regulator  powers  to  make  recommendations to  State  governments  to  create  a  single  window clearance  for  approvals  in  a  time-bound  manner.  an electronic  system,  maintained  on  the  website  of  RERA, where  developers  are  expected  to  update  on  a  quarterly basis  the  status  of  their  projects,  and  submit  regular audits  and  architectural  reports.  maintain  separate escrow  accounts  in  relation  to  each  project  and  deposit 70% of the collections  in  such  an  account  to  ensure  that funds  collected  are  utilised  only  for  the  specific  project. The  Act  also  requires  real  estate  brokers  and  agents  to register  themselves  with  the  regulator.
Concerns:

Since  land  is  a  State  subject  under  the  Constitution, even  after  the  Centre  enacts  the  legislation,  State governments  will  have  to  ratify  them.  States  will  have to  set  up  the  Real  Estate  Regulatory  Authority’s (RERA)  and  the  Real  Estate  Appellate  Tribunals  and have  only  a  maximum  of  a  year  from  the  coming  into effect  of  the  Act  to  do  so.  regulate  real  estate  projects.
The act differs from these state laws on several grounds. It  will  override  the  provisions  of  these  state  laws  in  case of any inconsistencies.  amount collected from buyers of a  project  be  used  only  for  construction  of  that  project. In  certain  cases,  the  cost  of  construction  could  be  less than  70%  and  the  cost  of  land  more  than  30%  of  the total  amount  collected.  This  implies  that  part  of  the funds  collected  could  remain  unutilized,  necessitating some financing  from other  sources.  This  could  raise  the project  cost.  issues  such  as  a  lengthy  process  for  project approvals,  lack  of  clear  land  titles,  and  prevalence  of black  money.  Some  of  these  fall  under  the  State  List. protected,  developers  find  provisions  of  the  Act  to  be exceptionally  burdensome  on  a  sector  already  ailing from  a  paucity  of  funds  and  multiple  regulatory challenges.  developers  regarding  force  majeure  (acts  of god  outside  their  control)  which  result  in  a  shortage  of labour  or  issues  on  account  of  there  not  being  a  central repository  of  land  titles/deeds. Finally,  the  new  legislation  is  a  welcome  enactment.  It will  go  a  long  way  in  assisting  upstanding  developers. More  importantly,  it  will  ease  the  burden  on  innocent home  buyers  who  put  their  life’s  savings  into  a  real estate  investment  in  the  hope  of  having  a  roof  over  their head  but  often  find  their  dreams  come  tumbling  down..

Trans pacific partnership

In 2005, three countries viz. Chile, New Zealand and Singapore came together and created a free trade agreement called Trans-Pacific Strategic Economic Partnership or
TPSEP .
Later Brunei joined them and it was now also known as P4 .
From 2010 onwards, there have been discussions to make it more wider, more disciplined free trade agreement to be known as TPP or Trans-Pacific Partnership (TPP).
On October 5, 2015, an agreement was reached among the twelve Pacific Rim countries in the form of largest trade liberalization pact since WTO.

TPP is still in proposed state and would come into force when each of the 12 members ratifies it.

Members
Objectives
Salient Features

Members
The 12 countries among which TPP has been agreed upon include – United States, Australia, Brunei, Canada, Chile, Japan, Malaysia, Mexico, New Zealand, Peru, Singapore, and Vietnam.

These countries are home to 800 million people and account for 40% of global trade.

Objectives

TPP is essentially a Free Trade Area that among other things, seeks to:
lower trade barriers such as tariffs
establish a common framework for intellectual property

enforce standards for labour law and environmental law, and
establish an investor-state dispute settlement mechanism.

The agreement aims to liberalize trade in nearly all goods and services by eliminating tariff and non tariff barriers.

This will lead to creation of a unified market like in Europe which will help different countries in different manner.

For example, while the Japanese carmakers would get cheaper access to United States for their exports; US vehicle makers would get cheaper access to sell their products in Vietnam and Malaysia. Further, the TPP negotiations have included elaborate but mostly secretive negotiations on intellectual property rights, foreign investments, environment and labor related matters; government and private enterprise, government procurement, technical barriers to Trade (TBT), transparency and regulatory coherence.

Salient Features

There are 30 chapters in the TPP agreement text.
The salient Provisions of TPP can be summarized in five defining areas as follows:
Comprehensive market access
This involves reduction or complete elimination of tariff and non-tariff barriers in a huge list of goods, services and investments.
Regional approach to commitments.
The TPP agreement facilities seamless integration of economies of members facilitating development of production and supply chains; opening markets and cross border trade.
Addressing new trade challenges
The agreement promotes innovation, productivity, and competitiveness by addressing new issues such as of digital economy, ecommerce etc. It also includes the role played by state enterprises in the countries.
Inclusive trade
It tries to create an environment where members with all levels of development and businesses of all sizes can benefit from trade.
Platform for regional integration
The agreement seeks to serve as a platform for regional economic integration.

Issues and Analysis TPP versus APEC

TPP is though a collective of APEC Members, it does not include major APEC economies like China and Indonesia. APEC is a conglomeration of 21 countries and non-country economies.
APEC includes most countries with a coastline on the Pacific Ocean. However, the criterion for membership is that the member is a separate economy, rather than a state. As a result, APEC uses the term member economies rather than member countries to refer to its members.
The result is that APEC members include Taiwan and Hong Kong also.
The belo tables shows APEC members vis-à-vis the TPP members:
APEC Members TPP Members
Australia         Australia
Brunei             Brunei
Canada           Canada
Chile                Chile
Japan             Japan
Malaysia        Malaysia
Mexico           Mexico
New Zealand New Zealand
Peru                Peru
Singapore      Singapore
United States United States
Vietnam           Vietnam
China
Chinese Taipei
Hong Kong
Indonesia
Papua New Guinea
Philippines
Republic of Korea
Russia
Thailand

US versus China and TPP
The main driving force of TPP is United States and as expected, US has successfully tried to keep China at bay from TPP.

The group’s economic significance has increased with the addition of Canada and Mexico and has become even more when Japan and Vietnam have joined it.

The Chinese view regarding TPP was that it would be a US-led alliance for reducing China’s strategic clout in the Asia Pacific region.
Critics put forth the point that in the wake of increasing china’s influence through its soft power diplomacy under “Maritime Silk Road” and ‘One Belt One Road Initiative’ will be countered by the U.S presence in Asia-pacific region.

U.S ambition to engage the countries of the region can be gauged by Obama’s statement wherein he said that ‘ we’ve got to make sure we’re writing the trade rules in the fastest-growing region of the world, the Asia-Pacific, as opposed to having China write those rules for us’.
Therefore TPP will pull Vietnam and other signatories economically closer to the United States, thus, reducing Chinese economic preponderance. Given that South Korea is likely to quickly join in any completed TPP agreement, these shifts can have a long-run economic impact on China.
Further the deal is seen as a relief by various countries in Asia. They envision it as a counterweight to China’s efforts to expand its influence not just in trade but in other areas, including its island-building in the disputed South China Sea and its assertiveness in maritime disputes.

Some of the potential signatories to the TPP, such as Vietnam, South Korea, Japan, etc, are hoping for such an outcome.
However, undermining China at such phase when TPP is yet to come into operation is not a good idea.
China has very strong trade and investment links with several TPP members. Since 2005, China has been taking more steps to improvise its own regional integration efforts. These include:
ASEAN+3: China is part of ASEAN+3 (China, Japan, Korea)
East Asian Summit (EAS) : this includes ASEAN, China, Japan, Korea, India, Australia, New Zealand, US and Russia.
Regional Comprehensive Economic Partnership: RCEP involves the integration of the ASEAN’s FTAs with non-ASEAN Asian economies. It would aim to consolidate the FTAs that ASEAN has with Australia, New Zealand, China, India, Japan and Korea.
The consolidation would result in the ASEAN connecting to the rest of the major Asian economies in a ‘hub and spoke’ economic framework with ASEAN as the hub.
In the years to come, there is an expected growth of both TPP and RCEP. The TPP is having a head-start over the RCEP. These negotiations might be influenced by developments in the TPP since there are members common to both such as Australia and New Zealand and ASEAN countries like Brunei, Malaysia, Vietnam and Singapore.
The common members would probably include Japan and Korea too in the long term. Further, financial picture is also changing rapidly, with China becoming the major lender in the region. The China led Asian Infrastructure Investment Bank has the support of 47 regional and 20 non-­regional members, including TPP nations, such as Australia, Brunei, Malaysia, New Zealand, Singapore and Vietnam.
Therefore it is certain that challenges lay ahead for china once TPP gets implemented but the exact outcomes will only become clear with time.

Effects Of Agreement On India
The TPP is an economic arm of United States’ Rebalance to Asia Policy . Since India has been an important part of the Asia policy, and is not a signatory to the TPP, there are widespread speculations as to how the TPP will impact India. While several opine that the overall impact is uncertain at this point, there are various channels through which the TPP can affect India.
1. A large proportion of India’s exports are in services. With the anticipated reduction in barriers to trade in services among TPP members, there is the possibility that some of India’s services exports to those countries will be replaced by services trade within the TPP.
2. Critics argue that the TPP would set a precedent to high global standards and the standards set by TPP are too high for India to join.
This requires India to revitalize its manufacturing industry, and induce efficiency in its export sector, otherwise it would be increasingly difficult for India to be able to compete.
Apart from goods; labor, environmental regulations and intellectual property rights (IPR) protection is a significant component to the TPP negotiations.
The IPR standards are much more demanding than those of WTO. Most of the standards in the TPP negotiations are to converge to US standards or to the standards of developed markets.
India may not be able to meet many of the commitments given its history of intellectual property rights issues.
Further by not being a part of TPP, India is going to lose the preferential access to the US market which is a big market for Indian exports, however, the extent of the impact from trade diversion would depend on the concessions finally agreed.
While the US and India has started negotiating a bilateral investment treaty (BIT), and these negotiations may shelter India for some of the adverse impacts of the TPP but these negotiations is going to be slow. This is because there is vast divergence between the two countries’ model BITs, especially on issues of IPR and market access commitments. Thus, significant foreign investment diversion, including a deceleration in foreign investment flows to India, is a possible consequence of the TPP. In addition, the TPP reduces India’s bargaining power in its BIT negotiations with the US, as it expands the set of options available to the latter.
However ,India’s bilateral free trade agreements (FTA) with some of the TPP members – Japan, Malaysia, and Singapore – and FTAs, which are underway with Australia, Canada and New Zealand, may dilute the impact of trade diversion caused by TPP to some extent.
With the TPP in place, Indian industries are likely to face trade diversion effects in some of the key sectors such as textiles and clothing industries. The United States accounts for 30-35% of India’s ready-made garments exports and the TPP is expected to affect India’s textile and clothing sector in two ways: First, TPP member countries will get preferential access in the US market vis-a-vis exporters such as India. This would disadvantage India as US import duties on ready-made garments are high; Secondly, the ‘Yarn– a key feature of the TPP — makes it mandatory to source yarn, fabric and other inputs from any or a combination of TPP partner countries to avail duty preference and could impact yarn and fabric exports from India to countries such as Vietnam etc. This would change the dynamics of the existing global supply chain in textile and clothing sector. This is one instance of the adverse impact of TPP on India. Similarly, the loss of market access may also impact other products such as grains and other crops, processed food and heavy manufacturing.

Concluding Remarks
Even though the magnitude of impact from trade diversion on India when the TPP is in place can be debated, it is certain that trade and investment diversions hurting the Indian economy is most likely to occur. Some of this impact may be mitigated due to a combination of inclusion in RCEP and other bi-lateral agreements. India should also re-engage the US in advancing BIT negotiations. However, a new ‘trade order’ is expected with much higher standards congruous to TPP standards and hence, efforts are required on the domestic front for India to acquire preparedness across industries to be able to compete globally. Moreover, TPP should be regarded as a challenge because it offers an opportunity to India to raise its standards and trading competitiveness.

Recently US try to quit it know more why
https://netajiias.com/indias-world-fallout-of-us-leaving-tpp/

Sunday, 11 June 2017

Geology and geography of Jammu & Kashmir

Geologists believe that about ten crore years have passed when Kashmir Valley which was once a lake called Satisar, the lake of goddess Sati, came into its present form.

For hundreds of million years Kashmir Valley is supposed to have remained under Tethys Sea and the high sedimentary-rock hills seen in the valley now were once under water.
Geologists have come to believe that Kashmir Valley was earlier affected by earthquakes.

Once there was such a devastating earthquake that it broke open the mountain wall at Baramulla and the water of the Satisar lake flowed out leaving behind latchstring mud on the margins of the mountains known as karewas.

Thus came into existence the oval but irregular Valley of Kashmir.

The karewas being in fact the remnants of this lake confirm this view.
The karewas are found mostly to the west of the river Jhelum where these table-lands attain a height of about 380 meters above the level of the Valley. These karewas protrude towards the east and look like tongue-shaped spurs with deep ravines.
Ancient legends and popular traditions say that Samdimat Nagar, capital of the kingdom of Sundra Sena, was submerged as a result of an earthquake and the water that filled the area formed the Wular Lake, the largest fresh water lake in India.

The oldest igneous rocks are still found at Shankaracharya hill.
When the whole Valley of Kashmir was under water this hillock was the first piece of dry land lying in the form of an igneous island.

Significance of its name - Historians say that Kashmir Valley was originally known as Kashyapmar or the abode of Kashyap Rishi. It is said that the Rishi once went on a pilgrimage to Kashmir. When he reached Naukabandan near Kaunsarnag via Rajouri, he killed Bahudev, the Giant of Satisar, at the request of the people and let the water of the lake flow out near Baramulla.
The land, therefore, came to be known as Kashyampar, which afterwards changed into Kashmar and from Kashmar to Kashmir.
But some historians are of the opinion that when the people of Kash caste settled here permanently the valley came to be known as Kashmir. Kashmir is known by many other names also.
The Greeks called it Kaspeiria, while the chinese named it Shie-in or Kia-Shi-Lo. The Tibetans called its Kanapal and Dards named it Kashart.

Situation, Location, Area and Extent - The territories of Jammu, Kashmir, Ladakh and Gilgit form the State of Jammu and Kashmir. The state of Jammu and Kashmir, which had earlier been under Hindu rulers and Muslim sultans, became part of the Mughal Empire under Akbar from 1586. After a period of Afgan rule from l756, it was annexed to the Sikh Kingdom of Punjab in 1819.
In 1820 Maharaja Ranjit Singh made over the territory of Jammu to Gulab Singh.
In 1846 Kashmir was also made over to Gulab Singh under the Treaty of Amritsar. Ladakh was annexed by Maharaja Gulab Singh in 1830. Thus this northernmost state was founded by Maharaja Gulab Singh in 1846 and was the biggest princely state in India before the partition of the country in August 1947.
At that time the total area of the state was 2, 22,236 sq. km. Pakistan invaded the State in October 1947. Indian forces pushed Pakistan back but in 1949 when a cease fire line was drawn about one third of the area i.e. 78932 sq. km. i.e. the whole of Gilgit, Mirpur, Kotli and a part of Poonch came into the possession of Pakistan, leaving behind only 143, 30 sq. km.

on the Indian side. Jammu, Udhampur, Kathua and Anantnag districts remained unaffected. Again in 1962 China occupied about 64000 sq. kms. in Ladakh known as Aksai Chin. Pakistan again made possession over Chhamb, Deva, Chakla and Manawar gaining an area of 3999 sq. kms. Thus total area left on the Indian side is about 12850 sq. kms.
There are many low lying valleys in the state like Tawi Valley, Chenab Valley, Poonch Valley, Sind Valley and Liddar Valley, but the main Valley is the valley of Kashmir, which is 100 kms. wide and 15520.3 sq. kms. in area.
Through this valley flows the river Jhelum with its tributaries. The height of the valley above sea level is about 1700 metres.
On the map of India, the State of Jammu and Kashmir looks like a crown.
The state is 640 kms. in length from north to south and 480 kms. form east to west.
To its north lie Chinese and Russian Turkistan. On its east is Chinese Tibet.
On the South and South-West lie the states of Punjab and Himachal Pradesh. On the west is the North West Frontier Provinces of Pakistan, China and Russia. Afghanistan and Pakistan now have come close to the boundaries of the state of Jammu and Kashmir, The nearness to the boundaries of foreign countries has made the position of the State most important from military point of view.
The entire State lies between 32.17" and 36.58" North altitude and East to West, the State lies between 73.26" and 80.30" longitude.
The standard time is 5.30 hours ahead of Greenwich Time as in the rest of India and has a difference of half an hour with the local time.
In latitude, the State of Jammu and Kashmir corresponds with South Carolina (North America), Fez (Morocco), Damascus, Baghdad and Peshawar (Pakistan).

Geographical Importance - Kashmir is famous for its beauty and natural scenery throughout the world. Its high snow-clad mountains, scenic spots, beautiful valleys, rivers with ice-cold water, attractive lakes and springs and ever-green fields, dense forests and beautiful health resorts, enhance its grandeur and are a source of great attraction for tourists.
It is also widely known for its different kinds of agricultural products, fruit, vegetables, saffron, herbs, minerals, precious stones handicrafts like woollen carpets, shawls and finest kind of embroidery on clothes. During summer, one can enjoy the beauty of nature, trout fishing, big and small game hunting etc.; during winter climbing mountain peaks and sports like skating and skiing on snow slopes are commonly enjoyed. In addition to the above, Pilgrimage to famous religious shrines of the Hindus and the Muslims make Kashmir a great tourist attraction. About Kashmir Sheikh Sadia great Persian poet is believed to have said, "If there is any heaven on earth, it is here in Kashmir."

Political Importance - The state of Jammu and Kashmir has acquired since the 19th century a unique geo-political status in the Indian sub-continent It has contiguous boundaries with Russia, Afghanistan, Pakistan, China and Tibet that deserve constant vigil and as such it has made the State very important, geographically, politically, economically and from the military point of view. Jammu and Kashmir state acceded to the Indian Union in 1947 after the partition. Before the partition in 1947, The English rulers of India took away Gilgit in 1946 from the Maharaja of Jammu and Kashmir on lease for thirty years so that they could check the advancement of Russia towards India.

Physical Divisions, Mountains and Passes -
The State of Jammu and Kashmir falls in the great north-western, complex of the Himalayan ranges with marked relief variation, snow- capped summits, antecedent drainage, complex geological structure and rich temperate flora and fauna.
Kashmir or the Jhelum Valley is situated between the Pir Panjal range and the Zanskar range and has an area of 15220 sq kms. It is bounded on all sides by mountains.
The river Jhelum, which flows out from the spring at Verinag in Anantnag district, passes through this Valley at a very slow speedand ultimately flows out through a narrow gorge at Baramulla.
Districts of Srinagar, Anantnag, Baramulla, Kupwara and Pulwama lie in this valley. Average height of the valley is 1850 metres above sea level but the surrounding mountains, which are always snow-clad, rise from three to four thousand metres above sea level.
The surface of the valley is plain and abounds with springs, lakes and health resorts.
Rice is the main crop and fruits like apples, pears, apricots, almonds, walnuts, peaches and cherries grow in abundance. The valley is also rich in forests. Mulberry trees grow in abundance and are the mainstay of silk industry in the Valley.
Summer is pleasant but winter is cold and there is snowfall.
It rains from the middle of March to the middle of May in the valley with an annual rainfall of about 75 cms.

Road transport is common in the valley but the river Jhelum still serves as one of the means of transportation.
There is also Air Service from Delhi and Jammu to Srinagar and Ladakh.
Kashmir is the home of handicrafts like wood carving, papier-mache, carpet, gabba and shawl making and embroidery on clothes.
Natural scenery of the valley attracts thousands of visitors every year from abroad. People generally speak Kashmiri and their common dress is phiran, shalwar and a turban or a Kashmiri cap. There are also some small valleys in this region.

On the north of Baramulla is Lolab valley which is 6 Kms long and 4.4 Kms wide. It has many meadows and grovesof walnut trees. Forests are so thick that they hide villages in them. Nullah Sind is the largest tributary of the river Jhelum. The Nullah Sind valley is 100 Kms long upwards and its scenery is diversified. At the head of the valley is the Zojilla pass which leads to Ladakh.
Towards Pehlgam lies the Lidar Valley. Its length is 64 Kms. It has small glaciers, grassy meadows, huge rock walls and gorges in its upper mountains. The path to the holy Amarnath cave passé through this valley. The Kolohai and Sheshnag streams join at Pahalgam to form the Lidar River.

Mountains and their Passes - Mountains have a special geographical importance to the State of Jammu and Kashmir. Kashmir valley is enclosed by high mountain-chains on all sides except for certain passes and a narrow gorge at Baramulla.
There are Siwalik Hills towards the south and very lofty mountains in the north, the peaks of which always remain covered with snow. There are volcanic mountains too in the State. They have caused havoc in Kashmir in the past.
Some of the famous mountains and their passes are:
1. Karakoram (8615.17 M) and Kyunlun Ranges: Both these mountains lie to the north and north-east of the State and separate it from Russian Turkistan and Tibet. In the North West, Hindukush range continues towards Karakoram Range, where K2 peak, the second highest peak of the world, is situated. Two lofty peaks of Gashorbram (8570 metres) and Masharbram (7827 metres) also lie there. People of Ladakh pass through Karakoram pass (5352 metres) and Nubra pass (5800 metres) while going to Chinese Turkistan and Khattan. One can reach Tibet from Ladakh via Kharudangala pass (5557 metres) and Changla pass (5609 metres).

2. Zanskar Range: It is about 600 metres above sea level and separates Indus Valley from the valley of Kashmir; it prevents south-west cold winds from reaching Kashmir. Ladakh region terminates at Zojila pass (3529 metres) from where begins the valley of Kashmir. Poat pass (5716 metres) of this range is also a famous pass in this range.

3. Nun Kun Range: It lies between Ladakh and kashmir border. It is 7055.1 metres above sea level. To its south-east is situated Kulu and to its north-west is situated Kargil tehsil of Ladakh . One has to pass through Bawalocha pass (4891 metres) to reach Leh (Ladakh) from Kulu. In 1947, when Kargil was attacked by Pakistan, Indian forces, arms and ammunition were sent to Ladakh by the Indian Union through this pass.

4. Nanga Parbat Range: This range spreads in Gilgit. Its height is 8107.68 metres above sea level and is utterly devoid of vegetation. It was conquered by the Italian mountaineers in 1954.

5. Harmukh Mountain: This is a range of the Himalayas and is situated at a height of 5141.3 metres above sea level towards Bandipore between the rivers Jhelum and Kishan Ganga valley.

6. Burzil Mountain: It bifurcates Kashmir and Ladakh on which Burzil pass is situated at a height of 3200 metres above sea level.

7. Amarnath Mountain: This is famous for its holy Amarnath Cave, at a height of 5372 metresabove sea level, which thousands of pilgrims visit every year on Rakshabandan. They have to pass Mahagunas pass (1475 metres) on their way to Shri Amarnathji. Gwasharan (5450 metres) is situated in the Lidar valley towards Pahalgam; on it lays the famous glacier Kolahi. Sheeshnag Mountain also spreads in this valley. It is called Sheshnag as its peaks resemble the heads of seven big snakes.

8. Toshmaidan: Toshmaindan (4270 metres) and Kajinag (3700 metres) mountains lie in the Inner Himalayas. They remain clad with snow throughout the year, but during summer when the snow melts, the water flows down into the Jhelum River.

9. Afarwat: This Mountain spreads through the Gulmarg valley. The famous spring Alpathar lies on its peak, from which Nullah Nagal comes out and flows down into the Wullar Lake.

10. Pirpanjal Range: It separates Kashmir valley from the outer Himalayas and is about 2621 Kms. in length and 50 Kms. in breadth. Famous Banihal pass (2832 metres) lies in the shape of a tunnel on its peak; it remains covered with snow during winter making it impassable. Now at a height of 2200 metres above sea level a new tunnel 'Jawahar Tunnel' has been constructed. The tunnel is 2825 metres long and it was opened for traffic on 22nd Dec. 1956. On the other end of this range lie Baramulla pass (1582 metres) and Hajipir pass (2750 metres). Hajipir joins Poonch and Uri. During 1965 Indo-Pak war, the Indian army had occupied this pass. Later on it was handed over to Pakistan.

11. Siwalik Range: These hills extend from the north of the outer plains to middle mountains of the State reaching heights varying from 600 metres to 1500 metres above sea level.

12. Volcanic mountains: One volcanic peak, 'Soyamji' (1860 metres) is situated in North Machhipura (Handwara) and the other 'Kharewa' peak lies in Tehsil Pehalgam, which is dead so far; the former, however, continued eruption of lava for about l3 months during 1934.
There is a temple on this peak and many sulphur springs are found at the foot of the hill.
These volcanic mountains are the cause of earthquakes in Kashmir. So far twelve devastating earthquakes have occurred in Kashmir. Of these the earthquake of 1885 was the most devastating. Hundreds of houses collapsed, thousands of people died and there were cracks in the earth as a result of this earthquake.

Climate -

The territory of the State of Jammu and Kashmir lies between four degrees of latitude from 32.17 to 36.58 north. Within these 640 Kms. there is a sudden rise of altitude from 305 metres to 6910 metres above sea level. The State of Jammu and Kashmir, therefore, lies between the hot plains of the Jammu Province and coldest dry table-land of Ladakh. These territories are, as such, transitional in climate.
Weather conditions are different at different places.
There are many causes of difference:

1. Relief is the main factor. Lofty mountains like the Pirpanjal, the Zanskar and the Karakoram check winds from blowing in thus moisture is stopped from entering the valleys by the lofly mountains.

2. The Monsoon winds in summer cause rain in the Outer Plains and the Outer Hills. But these winds can cross the Pirpanjal range only when they are very strong. In winter winds from the Mediterranean cause snow and rain in the Valley of Kashmir. Snow falls on the mountains which enclose the valley.

3. Forests influence winds, rainfall and temperature. The moisture laden winds cause rainfall in the forests on the hills making the temperature to fall in summer. Thus the climate of Pahalgam, Gulmarg etc. is comparatively milder than that of Srinagar or Sopore.

4. Altitude is also a factor. So the climate of the valley of Kashmir is comparatively milder than that of the Outer Plain that lies on a very low altitude. The rainfall also varies as the altitude rises.

Climate of Kashmir - The climate found in the zone of the Middle Mountains and the valleys enclosed is of a particular type. Altitude determines the degree of coolness and elevation the form of precipitation and summer temperature. Winter is cold and of long duration. When the monsoons are strong, rain is caused. In higher mountains round the valley of Kashmir, winter is very cold and there is snow-fall. Summer is very short and milder.
The climate in the Valley of Kashmir has its own peculiarities. Winter is very cold. It lasts from November to March. During these months strong winds bring snow and rain from the Mediterranean depressions. These come over from Iran and Afghanistan. Spring begins after 15th of March when rain falls heavily. It causes landslides. But for sowing crops this rain is extremely useful.
Rainfall in July and August is as high as 70% and with summer temperature, it causes discomfort.
The lakes and waterways make the atmosphere damp and oppressive. The entire valley is covered with a haze that hides the surrounding mountains from view.
The seasons are marked with sudden change and the year is divided into six seasons of two months each.
Spring March 15 to May 15.
Summer May 15 to July 15
Rainy Season July 15 to Sept. 15
Autumn Sept. 15 to Jan 15.
Ice Cold Jan. 15 to March 15
From December 24 to March 8 temperature is often below zero. Strong winds blow from south and southeast. It snows during winter and there are thick black clouds in the sky.
Annual rainfall of the valley recorded is about 75 cms. It rains in July and August and also in March and April. August is the warmest month. Temperature rises to 85 deg. F. January is the coldest month. Temperature falls down to below zero. Longest sunshine hours are in September, October and November. December has 80% humidity which is the highest and May has 71% which is the lowest. In July atmosphere has a pressure of 62.68 cms.
Vegetation & Soil Types - Vegetation is influenced by climate, rainfall soil and altitude. Since these factors vary as the altitude rises from the outer plains of Jammu Province to the loftiest mountain ranges of the Inner Himalayas, it is but natural that the vegetation should vary from the Inner Himalayas to the middle mountains and the outer plains of Jammu region.

Forests -

Forests are one of the most important resources of Jammu and Kashmir. Spread over 2,236 sq. kms. of the demarcated area forests accounts for 20% of the total geographical area of the state on this side of the Line of Control. More than 99% of forest area is confined to the province of Jammu & Kashmir only, with largest area of 5848 sq. kms. in district of Doda and smallest are of 481 sq. kms. in the district of Budgam. Over 19,236 sq. kms. is under coniferous softwood (Pine) and 946 sq. kms. under non-coniferous softwood. In the coniferous category. Fir accounts for 3355 sq. kms, Kail for 1874 sq. kms, Chir for 1773 sq. kms. and Deodar for 1122 sq. kms. Forests require abundance of moisture in the soil.
So they are found in the areas where there is sufficient rainfall or along the banks of the rivers where sufficient water is available. In the State of Jammu and Kashmir forests are mainly found where annual rainfall is about 100 cms. However, scrub forests are found, where rainfall is even less than100 cms.
The valley of Kashmir has deciduous vegetation. The Chinar, Poplar, Deodar, Fir, Pine, Kail, Partal, Mulbery, Walnut and other fruit trees grow throughout the valley. Baramulla and Anantnag districts have respectively 71% and 60% of their areas under forests.
Big forests in the valley provide timber and fire-wood. Grassy meadows in the forest provide fodder for the cattle. Medicinal herbs such as balladona, hyoseyamus, digitalis, menthol, artemisis, polygola, podophyllum, rubus, trilliu, hops and kuth.grow in these forests. Industries like paper, joinery sports goods, furniture, wood carving, herbal drugs, silk industry and manufacture of agricultural implements and construction of railway sleepers depend on these forests.
The thick undergrowth in the forests stores up rain water and allows it to flow slowly and that is why rivers that have their sources in the forests donot run dry in the dry seasons and check floods during the rainy season.

Among these forests are situated the famous health resourts like Gulmarg, Pahalgam, Sonamarg, Achhabbal, Verinag and Kokarnag etc.

Industries Dependent on Forests

1. Match Industry. Poplar wood available in the valley of Kashmir is mainly used by this industry. A large Government Match Factory has been established at Baramula since long. Its annual production is 60,000 gross boxes of matches.
2. The wood of poplar and willow trees is used for making cricket bats and mulberry wood is used for making hockey sticks.
3. Sentonin Factory in Baramula manufactures sentonin from artimisia. This drug is useds used as a helminthecide which is exported to foreign countries also.

4. Rifle Half-Wrought Factory in Baramula manufactures walnut wood rifle-butts.
Research on different kinds of forest herbs is carried in the Regional Research Laboratories, one at Jammu and the other at Burzala, Srinagar. The Council of Scientific and Industrial Research uses raw material from these forests for making medicines.

The State Government has established two large joinery mills at Pompore (Kashmir) and at Bari Brahmana (Jammu).

Walnut trees grow in abundance in Kashmir. Walnut wood is suitable for wood carving and Kashmiri artisans are expert wood carvers. The carved goods are exported to foreign countries also.
At Pampore (Kashmir) and Bari Brahmana (Jammu) plywood, hard-board and chip board manufacturing factories have been established by the State Government in collaboration with a firm from Calcutta.

Three large Truck and Bus Body Building factories for the manufacture of truck and bus bodies are established in Jammu and Srinagar.
Pulp required for the manufacture of Hand-made paper strawboard and cardboard. is also obtained from the forests.

Soils -

In the regions of Jammu and Kashmir the soils are loamy and there is little clay content in them. Poor in lime but with a high content of magnesia, the soil is treated with chemical fertilisers and enriched with green manure and legume before cultivation. There is sufficient organic matter and nitrogen content in the alluvium of the Kashmir valley as a result of plant residue, crops stubble, natural vegetation and animal excretion. The valley of Kashmir has many types of soils like: Gurti (clay), Bahil (Loam), Sekil (Sandy), Nambaal (Peats), Surzamin, Lemb, Floating garden soils and Karewa soils. No wonder, in Kashmir, soil is virtually worshipped as a miracle of divinity as it is a source of wealth of the land.

Irrigation -
Irrigation plays an important role in the agriculture of the State of Jammu and Kashmir. Our State does not receive rain throughout the year and sometimes it is quite insufficient and it is neither uniform nor certain. In Jammu region temperature conditions favour cultivation of crops throughout the year but due to non availability of water in the region the plant growth is limited. Rainy season provides sufficient water from July to September. In winter also this region receives several showers of rain. The remaining months of the year are dry. This problem had since been solved by irrigation and 25% of the total cultivated land is irrigated. Out of 6, 00,000 Hectares of cultivated land 1, 50,000 is cultivated through irrigation.
In Kashmir valley it rains mostly in winter when temperature is too low for plant growth. When the temperature begins to raise in May and onwards the rainfall decreases and except some showers of rain in July-August most of the growing season remains dry. Since ages the farm economy has been dependent on a single crop and the cultivator cannot take chances with it. He always requires sufficient water supply for his fields, therefore, he depends mostly upon canals for irrigation. Many snows fed streams running down the slopes of the mountains makes it very easy for him to construct small canals or pools. In this way 60% of the cultivated land in the valley is irrigated.
Methods of Irrigation -
The following methods of irrigation are in use in the State of Jammu and Kashmir:

1. Canals form the most important system of irrigation in the Outer- plains and in the broad valley of Kashmir where the soil is soft and alluvial and canals can be easily dug. Moreover, the Jhelum and its tributaries are all snow-fed and they never run dry. They supply water to the canals throughout the year. About 486072 acres of land in Kashmir are irrigated by canals.

2. Lift Irrigation by pumping water to higher level and then carrying it to the field through canals.

3. Wherever water is available at the depth of one or two metres, it is drawn out by lever system and then supplied to the fields directly. At present about 6000 such wells are working in the valley.

Canals in the Valley of Kashmir
1. The Martand Canal is the oldest canal in Kashmir. It is about 50 Kms. long. It irrigates about 9.5 thousand acres of land around Matan, Dichhanpur, Khavapura and Anantnag. It takes its water from the river Liddar at Ganeshpora.
2. The Shakful Canal takes its water from the Nullah Sind. It irrigates many villages from Manigam to Safapore. Flowing at a higher level, the canal has been utilised to produce electric power.
3. The Sharabkul Canal takes its water from the Harwan Lake. It flows up to Chashma Shahi to the east of Dal Lake. Its water is mostly used for small patches of cultivation. It also irrigates orchards.
4. The Lalkul Canal takes its water from the Nullah Pohru at Bubhama near Kupwara. It irrigates fields in Uttarmachhipora, Kupwara, Drugmul, Sopore and Handwara. It is about 3 Kms. long and irrigates about 7500 acres.
5. The Zainagir Canal is a famous canal. It is 47 Kms long, takes its water from the river Madhumati. It flows through Bandipore on the bank of the Wullar Lake at Sonawari. It moves in loops till it enters Sopore irrigating about 13300 acres of land.
6. The Dadikul Canal. Takes its water from the Nullah Liddar at Kotsu near Chatapura. It is 19 Kms. long and irrigates about 8000 acres of land in the Khuram, Bichhanpura, Anantnag and Sarharna area.
7. The Nur Canal is about 13 Kms. long and takes its water from the river Jhelum at Shadipur and then flows into the Wullar Lake. It irrigates Andarkut village. It is a model of the canal that was constructed by Soya during Avantivarman's reign.
8. The Sumbal Canal takes its water from the Nullah Sukhang at Kosa. It is 35.5 Kms. long and irrigates Sonawari area and flows back into the river Jhelum at Shadipur. More than 5000 acres of land are irrigated by this canal.
9. The Zarkul Canal takes its water from the Nullah Sind at Prang and irrigates about 20000 acres of land. It is an old canal and was constructcd during the reign of Zain-ul-Abdin, Badshah. It irrigates upper-land karewa on the Mansbal Lake, Manasbal, Lar, Asham and Ganderbal.
10. The Zainapur Canal takes its water from the river Vishav at Bharijug. It is 32 kms long and irrigates 6000 acres of land in Kulgam, and Zainapur area.
11. The Nandikul Canal takes its water from from the Nullah Anantnag at Lassipur and was originally constructed during reign of Avantivarman. It is 30 Kms. long and irrigates 8000 acres of land in the northern areas of Anantnag.
12. The Parimpur Canal takes its water from the Dudh-Ganga at Parimpura. It is 8 Kms. long.
13. The Mahind Canal was constructed in 1956. It takes its water from Nullah Liddar at Sakhras. It is l6 Kms. long and irrigates about 2500 acres of land in Seyria, Vichhanpura and Anantnag.
14. The Avantipur Canal takes its water from the Nullah Liddar at Doohjan. It is 36 Kms. long and irrigates 5000 acres of land of the east of Pampore. It was constructed in 1953.
15. The Kayal Canal takes its water from the Nullah Rambrara at Patipore. It is 50 Kms. long and irrigates about 5500 acres of land. It was constructed in 1953.
16. The Rishipora Canal takes its water from the river Vishav at Mitrajan. It is 18 Kms. long and irrigates about 3000 acres of land. It was constructed in 1956.
17. The Babul Canal takes its water from the Nullah Ferozpore at Tangmarg. It is 22.5 Kms. long and irrigates about 4500 acres of land below Gulmarg. It was also constructed in 1956.

Besides these, Chandosa, Beoarachani, Gand, Malora, Rikhiletar, Gorkha, Awanpura and Brinjal are other small canals in the valley that irrigate about 15000 acres of land in the surrounding areas.
Over 486072 acres of land are irrigated by the canals, wells and lift-irrigation system in Kashmir Valley; the district of Anantnag constitutes 50% of this total.

Geological Structure - The Geology of the territories of Jammu, Kashmir and Ladakh has been studied in some detail by R. Lydekkar. He has divided the territory into three different structural Zones:
1. The Panjal
2. The Zanskar
3. The Tertiary Groups
These three Geological divisions form the basis of the four physical divisions of the State.
The Panjal forms the Outer plain, the Outer Hills and the Middle Mountains. The Zankar includes the whole of the eastern region from Spiti and Lahol (32.170N. Latitude) to the lofty Karakoram mountains in the north. The Tertiary Groups include the valley of Kashmir and other river Valleys.
The oval valley of Kashmir is longitudinal. It is about 1700 metres above sea level. There is a high wall of mountains round the valley. These rise to a height of 5500 metres above sea level. The only outlet of the valley is Baramulla where the Jehlum flows out through a narrow gorge. The entire drainage of the valley of Kashmir and its surrounding areas has only this outlet. In the north, Kashmir has many volcanic rock formations. These are mostly stratified and several thousand metres thick. There are many layers of sedimentary rocks which are found in Liddar valley, Baramulla, district and Banihal Verinag section of the Pir Panjal range. Limestones and shells are common.
The rock layers have many fossils. Near Yarkand to the extreme north, shells have been found showing that the region was under sea in the geological past.
To the south and west of the valley there are karewa formations which are lake-laid clays and shales. These are lacustine deposits and appear like flat mounds on the margin of high mountains. Below these karewas is spread the alluvium of the Jehlum.
The highest karewa is near the Pir Panjal. It is 3800 meters above sea level and more than 2100 metres above the level of the Jhelum

Distribution of Rocks and Minerals

The mountains surrounding the different valleys of the State of Jammu and Kashmir have varied mineral wealth. The first survey of minerals wealth in the State was made by a renowned geologist. Mr. Middlemiss in 1924 in collaboration with the Government of Jammu and Kashmir, but an intensive mineral survey was taken up in the year 1956 when systematic investigation began, as a consequence of which mineral exploitation in the State was organised and developed.

1. Lignite. It is an inferior quality of coal which is found in the valley of Kashmir at Nichahama, Baramulla, Handwara, Chowkibal, Ferozepur nullah, Nagbal, Tangmarg, Raithan, Badgam tehsil, Laligang and Lolab valley. Lignite is a blackbrown coal that is intermediate in coalification between peat and sub-bituminous coal which has a calorific value less than 8300BTU/lb, on a moist mineral free basis. According to the report of the Geological Survey of India, there are lignite coal deposits of about 5 crore 60 lakh tons in the valley. Drilling operations were started first in the Nicahhom- Chowkibal area where the reserves were estimated at 4. 5 million tons to a depth of 40 metres. Lignite is used as a fuel in the valley of Kashmir.

2. Limestone. All the three regions of the State i.e. Jammu, Kashmir and Ladakh have deposits of different ages and grades of Limestone. The Limestone of Kashmir is of high quality and is used in the manufacture of cement at Wuyan and Khrew. These deposits exist in Anantnag, Achhabal, Doru, Verinag, Biru, Sonamarg, Ajas, Wuyau, Khrew and Loduv. It is also used as building stone and mortar.

3. Copper ores are found at Aishmuqam, Shubbar area (Anantnag), Lashtil hill spurs (Baramulla), Handwara, Sumbal, Kangan andLolab valley in the province of Kashmir.

4. Iron-ore deposits occur in Sharda (Karnah tehsil), Khrewa, Haral (Handwara), Uri tehsil, Garez (Sopore tehsil) and Lolab valley in Kashmir.

5. Gypsum. It is used for making plaster of paris and chalksticks. The Kashmir province has gypsum deposits at Lachhipora, Baramulla, Anantnag, Liddipora and Kathia Nullah (Uri). There is total reserve of about 4 million tons of gypsum in the State.

6. Ochre. It is used in paints and varnishes etc. There are extensive deposits of ochre in Nur Khawn, Ratasar and Jhaggi in the Uri tehsil. About 4 lak tons of ochre has been found in the State so far.

7. Zinc and Nickelar found at Buniyar (Baramulla).

8. Fuller's Earth is used in the manufacture of country soap and for filling paper. It is found in Rampur near Baramulla

9. Slate Stone is found in abundance in the valley of Kashmir.

10. Graphite is used in the manufacture of lead pencils and is found in Bararipora, Uri, Karnah, Malogam, Piran in the province of Kashmir

11. Sulphur is found in Pagga valley in Ladakh. In spring water, it is found at Anantnag and Khrewa. The estimated deposits of sulphur in the State are 2,00,000 tons.
12. Marble. Large deposits of marble have been found at Drugmalla, Zirahama, Oura and Trehgam in Kupwara district of Kashmir. This is light brown to dirty grey in colour. This is being used commonly in buildings these days.

Ladakh Valley - Ladakh is bounded by two of the world's mightiest mountain ranges, the Great Himalaya and the Karakoram and lies transversely to the Ladakh range and the Zanskar range. In geological terms, it is a young land, formed only a few million years ago by the buckling and folding of the earth's crust as the Indian sub-continent pushed with irresistible force against the immovable mass of Asia.
Today, a high-altitude desert, Ladakh was once covered by an extensive lake system. The remnants of such a lake system still exists in the southeast plateaus of Rupshu and Chushul where there are drainage basins such as Tso-moriri, Tsokar, and grandest of all, Pangong-tso. Despite the rainfall by some stray monsoon clouds that cross over to the area, the main source of water remains the winter snowfall.

Drass, Zanskar and the Suru Valley to the north of Himalayas receive heavy snow in winter feeding the glaciers that melt in summers to form the streams used for irrigating the fields. For the rest of the region, the snow on the peaks is virtually the only source of water. Ladakh lies at altitudes ranging from about 9,000 feet at Kargil to 25,170 feet at Saser Kangri in the Karakoram. Its frozen landscape is miraculous while its clear skies with glaring sun are welcome. Shooting stars are visible quite often in the area while silence and tranquility reign the area. There are wizened faces and rosy cheeks, and the dragons and Zen adorn every other human inhabitation, making Ladakh a quite place to visit. Also known as 'The Last Shangrila', 'Moonscape' and 'Little Tibet', the land is full of surprises.
Drass Valley - An enchanting valley formed by the Drass River that has its origin in the Machoi glacier near the famous Zozila Pass. River Shigar flowing in from the north drains a bordering part of the Drass Valley. In summers, due to the melting of snow, the volume of the river rises considerably. It meets the Suru River near Kharul, a short distance away from Kargil. The area is rocky with an occasional green patch formed by willow and groves. The short summer season in the Drass Valley begins in May, when the snows begin to melt. Inhabited by Brokpas who probably migrated to this tract from Gilgit several centuries ago, the chief occupation of the natives is growing mainly barley and other coarse cereals, as there is a lack of irrigation facilities in many parts of Drass. The soil is poor and unproductive and the agricultural production is also poor. As a result, food grains have to be imported from the Kashmir Valley while the scarcity of fuel causes it to be brought in from across the Zozila Pass.

Suru Valley - The average height of the Suru valley is 3,000 m. In the winters starting from mid-November and usually continuing till May, almost all parts of the valley is covered with a thick layer of snow. Formed by the catchments of the Suru River, that rises from the Panzella glacier and joins the Indus River at Nurla and the Dras River at Kharul, the general topography of the valley is as rugged and mountainous as most of Ladakh. However, it is relatively more fertile and extends from the Panzella glacier to south of Kargil town, where the Suru River merges with the Botkul River rising from the Botkul glacier.

Agriculture is the chief occupation of the valley people, which are blessed with a relatively longer summer, which begins in May. The main crops of the region are wheat, barley and millets along with the vegetables such as turnip, radish, peas and black peas. Grapes, apricots and melons are produced in fairly large quantities at Darchik and Garkoon along the lower course of the Indus through Ladakh that find a ready market in Kargil. Liquor is made from grapes.

Nubra Valley - Yellow and pink wild roses cover Nubra during early summers till August when a carpet of wild lavender enwraps it. A relatively warmer valley in Ladakh, it yields better crops and fruits, thus, earning the nickname of the Ldumra or the orchard of Ladakh. Diskit, one of the larger villages in the region, is dotted with apricot plantations and is renowned for housing the 350 year-old Diskit Gompa, which is the oldest and the largest monastery in the Nubra Valley. The road between Diskit and the pretty little Hunder Village winds through a gorgeous stretch of sand dunes. In Hunder, one can see the double-humped camels as one goes to visit the Hunder Gompa having some old frescos and a statue of Buddha. This monastery is also the best place in the village to catch a view of the setting sun.
Salt Lake Valley - One of the widest open areas in Rupshu, it has a length of about 20 km and a maximum width of about 7 km. The average height of the region is 5,000 m and can be approached from Leh across the Tanglang La pass. The main settlement of the valley is Thuggi while the two lakes here are - the fresh water Panluk Lake and the salt-water Tsokar Lake, which is 5 times the area of the former one. Named so because of the deposits of impure salt that occur on the northern shore of the Tsokar Lake, Changpas collect it and use it to barter goods from other parts of Ladakh.
Shyok Valley - The valley of the Shyok River or the river of death, it was called so by the Central Asian traders who ventured on this treacherous route for centuries and perished. Rising from the Khumdang glacier, Nubra and Changchenmo rivers fill the waters of Shylok River.
The river freezes in winters forming an easy access between the Khaplu and the Nubra valleys while in summers, as the snow melts in the uplands, the river overflows its banks and create a vast marsh. During this period, the Shyok River has to be crossed on rafts of inflated skin.

India - Japan Nuclear Deal


Source: The Hindu

Why in news?
Japan’s Parliament, the Diet, had recently approved the India-Japan civil nuclear energy deal.

What is the significance?

Japanese PM believes that nuclear exports are key to kick-starting the Japanese economy.

2008 waiver it received from the Nuclear Suppliers’ Group so far has had limited tangible benefits for the country’s power industry.

This deal represents hope that it might finally begin paying off.
It is also a necessity for enabling India’s bilateral nuclear deals with other countries.

Key elements of certain reactors like the AP 1000 and EPR, including safety components and domes, are a near-Japanese monopoly.

Has Japan lost significance in nuclear market?

Circumstances in the nuclear industry are undergoing tumultuous changes.
It makes the India-Japan deal less significant than it would have once been.
Recent developments have diminished Japan’s previously formidable nuclear capabilities.

The most dramatic example is that of Toshiba, once a titan of the Japanese nuclear reactor industry that is currently struggling to stay afloat following the enormous losses.

Hitachi Ltd., another nuclear heavyweight, also booked ‘an estimated $588 million write-down for fiscal 2016.

The company said ‘demand for nuclear fuel in the U.S. was unlikely to grow as strongly as had been expected’.
In the aftermath of the 2011 Fukushima nuclear disaster, the nuclear industry is facing a global crisis.
Stricter safety regulations have spiked the costs of constructing plants and ‘some countries have become more cautious about new reactors.

In Japan there has been no domestic construction on a new reactor for the past eight years.
Hitachi, Mitsubishi and Toshiba are all focussing on repair and maintenance of existing plants rather than on construction of new ones.
The emergence of cheap shale oil and gas has made competition in the energy sector tougher than ever.

Wind and solar power generation are also growing as viable, alternative energy sources.

According to the International Atomic Energy Agency (IAEA), just three nuclear reactors started construction worldwide last year, and only 51 were begun between 2010 and 2016.
In contrast 20 to 30 new were being built every year in the 1960s and 1970s.

Source: The Hindu

Thursday, 8 June 2017

Qatri crisis


Why in news?
The biggest political crisis to hit the Middle East in years.
Qatari nationals are now officially on notice to leave neighbouring countries within two weeks after an unprecedented diplomatic freeze of the nation by key allies and neighbours.

What is the background of the issue?

A total of nine nations have so far moved to indefinitely sever ties with Qatar a country of nearly 2.3 million people, mostly foreign workers.
Gulf allies have repeatedly criticized Qatar for alleged support of the Muslim Brotherhood, a nearly 100-year-old Islamist group considered a terrorist organization by Saudi Arabia and the UAE.
The UAE accused Qatar of "funding and hosting" the group in its statement announcing the severance of ties.
The rift is also driven by the belief that Qatar is too closely aligned with Iran.
The diplomatic crisis came two weeks after Saudi Arabia, the UAE, Bahrain and Egypt blocked several Qatari media outlets.
Saudi Arabia and Iran are at odds over a number of regional issues, including Iran's nuclear program and what Saudis see as Tehran's growing influence in the kingdom's sphere of influence.
Qatari diplomats have been given notice to leave their foreign posts.
Qatari citizens have been told they have 14 days to leave Saudi Arabia, Bahrain and the UAE, and those countries also banned their own citizens from entering Qatar.

How this will affect Qatar and rest of the world?

Qatar is rich in oil and gas but it doesn't really produce its own food -- almost all of comes from Saudi Arabia. Now the borders have been shut, food prices could skyrocket.
Qatar Airlines is a major global airline but it's no longer allowed to use the airspace above Saudi Arabia, Egypt, Bahrain and the UAE.
This causes raising of fuel costs, flight times and potentially ticket prices.
Qataris are a minority in their own country it's home to as many as two million foreign workers, mainly from India, Nepal, Bangladesh and the Philippines.
Any kind of instability in the Middle East tends to send up oil prices, and the longer prices stay high.
[Qatar] is the world's biggest LNG exporter. It has pipelines in the Gulf and could retaliate but cutting off supplies to its neighbours.
The diplomatic crisis is also the latest complication for the 2022 World Cup, which Qatar is preparing to host.
The tournament is already facing allegations of worker misconduct, and it had to slash the budget for the soccer tournament by more than 40% because of the falling price of oil.
How this crisis would affect India?
Qatar has a high number of foreign workers, and most of them are from India, there are over six lakh Indian workers in Qatar.
Ministry of External Affairs is trying to assess who and how many are stuck in the middle, and then It will make a move.
Securing the Indian diaspora in the Gulf is, of course, of paramount importance.
India must, however, look at the current crisis, and West Asia and North Africa as a whole, from a broader prism than just Indian labour in the region.

What is the way forward?

Since the “Arab Spring”, the Iran-Saudi rivalry has been playing out in civil wars, diplomatic manoeuvrings and internal conflicts in Iraq, Yemen, Syria and Egypt.
For the Sunni-ruled countries of the GCC, that has serious implications Bahrain, for example, has a restive Shia majority ruled by a Sunni monarchy.
Qatar is also a US ally and houses arguably its most important military base in the region.
The situation in West Asia only looks to be escalating if the serial attacks in Tehran, for which the Islamic State has taken responsibility, are any indication.
The pressure on Qatar seems to be aimed at changing its policy direction, making it fall in line with Saudi interests.
If Iran intervenes or the royal family feud continues, India should be prepared to evacuate its people.
Over the longer term, India can’t continue with a mercantilist approach to the Gulf.
The region’s salience to India’s strategic and energy concerns demand a deeper engagement.

Source: The India Express

India-based Neutrino Observatory (INO),


What is the issue?
In March 2017, National Green Tribunal (NGT) suspended the environmental clearance (EC) granted to the India-based Neutrino Observatory (INO), and ordered it to file a fresh application for clearance.
This had made India to suffer a procedural delay to join the elite club of countries undertaking neutrino research.

What is the INO project?

Neutrinos are tiny particles, almost massless, that travel at near light speeds.
They are born from violent astrophysical events like exploding stars, nuclear fusion in the sun and gamma ray bursts.
They are abundant in the universe, and can move easily through matter.
They are very difficult to track down.
The proposed INO project primarily aims to study atmospheric neutrinos in a 1,300-m deep cavern in the Bodi West Hills in Theni district, Tamil Nadu.
If completed, it would house the largest magnet in the world.
Neutrinos hold the blueprint of nature, which the INO project aims to use to understand some of the unsolved mysteries of the universe.

What are the concerns?

The explosives used in construction are considered a threat to the highly sensitive ecology of the Western Ghats.
But the excavation is planned to be carried out by a controlled blast, limiting the impact of vibrations with the help of computer simulations.
There are questions about the relevant radiation safety studies for carrying out the long baseline neutrino experiment.
But an underground lab accessed by a 2 km-long horizontal access tunnel, resembling a road tunnel is to be constructed.
Such tunnels have been built extensively in India and the relevant studies show that the environmental impacts have been managed.
In the second phase, a far detector for the Neutrino Factory has been initially planned.
It is a proposed particle accelerator.
This may not be necessary because of the discoveries already being made in the field.
Even if you build it, the radiation from the neutrino beam would be one in 100 millionth of the natural radiation, which is negligible.
What should be done?

Allegations such as neutrinos being radioactive particles and that the INO will double up the storage of nuclear waste do not hold ground.
Such assumptions and procedural lapses have pushed this project into a limbo.
Any further delays could defeat the purpose of the project because similar projects elsewhere could undermine India’s efforts.
We should generate sufficient public support for such high technology and science projects.
The communication between the scientific community and the public should be more basic and democratic.

Source: The Hindu

Wednesday, 7 June 2017

GSAT 19


Why in news?

June 6 launch of GSAT-19, is perhaps ISRO’s most important mission in the last three decades.
This is bigger in technological significance than even the hugely popular Chandrayaan or Mangalyaan space missions.

What is the background of the issue?

Behind the success of the launch is nearly three decades of hard work in taming cryogenic technology and an interesting history of this technology was denied to ISRO by the United States in the early 1990s, forcing it develop it on its own.
ISRO had planned the development of a cryogenic engine way back in the mid-1980s when just a handful of countries the United States, the erstwhile USSR, France and Japan had this technology.
In 1991, ISRO and the Russian space agency, Glavkosmos, had signed an agreement for supply of two of these engines along with transfer of technology.
However, the United States, which had lost out on the engine contract, objected to the Russian sale, citing provisions of Missile Technology Control Regime (MTCR) that neither India nor Russia was a member of.
In an alternative arrangement, Russia was allowed to sell seven, instead of original two, cryogenic engines but could not transfer the technology to India.
But ever since the cancellation of the original Russian deal, ISRO got down to develop the cryogenic technology on its own at the Liquid Propulsion Systems Centre at Thiruvananthapuram.

It took more than a decade to build the engines and success did not come easily.

What is a Cryogenic engine?

Cryogenics is the science that addresses the production and effects of very low temperatures.

A cryogenic rocket engine is a rocket engine that uses a cryogenic fuel or oxidizer.

That is, its fuel or oxidizer (or both) are gases liquefied and stored at very low temperatures.

Notably, these engines were one of the main factors of NASA's success in reaching the Moon.

Amongst all rocket fuels, hydrogen is known to provide the maximum thrust.
But hydrogen, in its natural gaseous form, is difficult to handle, and, therefore, not used in normal engines in rockets like PSLV. However, hydrogen can be used in liquid form.

The problem is hydrogen liquefies at very low temperature, nearly 250 degrees Celsius below zero.

To burn this fuel, oxygen also needs to be in liquid form, and that happens at about 90 degrees Celsius below zero.

Creating such a low-temperature atmosphere in the rocket is a difficult proposition, because it creates problems for other material used in the rocket.
That’s why cryogenic upper stage engines are used.

What are the specifications of the project?

The launch is a giant leap for ISRO because of the rocket it is using.
The mission happens to be the first “developmental” flight of the next generation Geosynchronous Satellite Launch Vehicle, called GSLV-MkIII with an entirely indigenous cryogenic upper stage.

This cryogenic stage, that involves handling fuel at very low temperatures, is crucial to providing the extra thrust required by the rocket to carry heavier satellites deeper into space.

GSLV-MkIII is meant to carry payloads up to four to five tons and that was not possible with conventional propellants used by ISRO’s main launch vehicle, called PSLV.

PSLV can take satellites only up to 2 tons to orbits and that too until orbits of 600-km altitude from the earth’s surface.
It will not just help ISRO probe deeper into space but will also bring it extra revenue, enabling it to make commercial launches of heavier satellites.

By it successive successful launches ISRO once again proved India’s Space Exploration capability to the world.

Source: Indian Express

Thursday, 1 June 2017

مسلمان امیدواروں نے توڑے پرانے ریکارڈ، 41ہوے کوالیفائ

سال رواں IAS امتحانات میں مسلم امییدوارواں کی کارگردگی بہت اچھی رہی امسال 41 مسلمان امیدوار ای اے اس کے امتحنات میں کامیاب ہوے
( )

یہاں دیکھیں مسلم امیدواروں کی فہرست
بلال محی الدین بھٹ (رینک 10)۔
مزمل خان (رینک 22) ۔
شیخ تنویر آصف (رینک 25)۔
حمنہ مریم (رینک 28)۔
ظفر اقبال (رینک 39) ۔
رضوان باشاشیخ (رینک 48)۔
شیخ عبدالرحمان ایس (رینک 62)۔
تنائی سلطان (رینک 63)۔
عارف احسن (رینک 74)۔
سعید فخر الدین حامد (رینک 86) ۔
بسمہ قاسم (رینک 115) ۔
سہیل قاسم میر (رینک125)۔
ایس ایم قاسم عابدی (رینک177 )۔
رزیم کے(رینک191 )۔
غوث عالم (رینک206 )۔
ام الخیر (رینک420 )۔
محمد عادل اشرف (رینک435 )۔
ثاقب یوسف (رینک472 )۔
حسین زہرہ رضوی (رینک509 )۔
جبین فاطمہ جے(رینک525 )۔
انم صدیقی (رینک538 )۔
شیخ سمیع الرحمان (رینک554 )۔
محمد ارشد (رینک556 )۔
منہاج الدین نظامی (رینک584 )۔
شیخ شہباز ہنور(رینک603 )۔
انابت خالق(رینک604 )۔
فیصل جاوید (رینک610 )۔
حارث بن زمان (رینک646)۔
اعزاز احمد (رینک697)۔
اعجاز اسلم ایس (رینک704)۔
منیر ناصر اقبال (رینک753)۔
عبد الرحیم اے(رینک755)۔
این عبدالقادر (رینک781)۔
محمد شبیر کے(رینک805)۔
جبار (رینک822 ) ۔
تسلیم احمد (رینک827)۔
محمد مشتاق (رینک836)۔
رینا جمیل(رینک882)۔
صہیب (رینک885)۔
شہنشاہ کے ایس (رینک897)۔
محمد حنیف (رینک898)۔
محمد سرفراز عالم (رینک904)۔
محمد سرفراز عالم (رینک1028)۔
سجاد بشیر(رینک1042)۔
عامر بشیر(رینک1087)۔

Tax On Agricultural Income

Tax On Agricultural Income

Why in news?

Niti Aayog member Bibek Debroy suggested of bringing agricultural income into the income tax structure.

What is the legal position of tax on agriculture?

In the Seventh Schedule, Entry 82 in the Union List mentions taxes other than agricultural income, while Entry 46 in the State List mentions taxes on agricultural income.
Therefore, it is in the State List.
Section 2 (1A) of the Income Tax Act defines agricultural income as rent/revenue from land, income derived from this land through agriculture and income derived from buildings on that land.
Section 10 (1) of the Income Tax Act excludes agricultural income from a computation of total income.

What are his justifications?

The intention was to increase the government’s revenue.
There are also other following reasons.
Chartered accountants and lawyers have been misusing Section 2 (1A) and Section 10 (1).
Agricultural income was taxed till 1886.
We still have the Assam Agricultural Income Tax Act (1939), the Bihar Agricultural Income Tax (1939), the Kerala Agricultural Income Tax Act (1991), the Tamil Nadu Agricultural Income Tax Act (1955), the Orissa Agricultural Income Tax Act (1947), the Maharashtra Agricultural Income Tax (1962) and the Bengal Agricultural Income Tax Act (1944).
So it isn’t true that states don’t tax agricultural income.
It encourages laundering of non-agricultural income as agricultural income.
e.g In 2014-15, a company made profits of Rs 215 crores, but claiming the agricultural income exemption, it paid no tax.
Hence there must be a unified system of taxation across states.
Agricultural income taxation must be integrated with non-agricultural income taxation.
Why it is wrong?

Agriculture’s share in India’s GDP is around 14-16% while it has 49% of the total manpower and 64% of rural manpower.
The main reason for a large part of the population being dependent on agriculture is small land holdings and less productive farming techniques.
Moreover, agricultural output fluctuates far more than the industrial and services sectors.
Given the level of informal occupation prevalent in agriculture, implementing an agricultural tax will not be easy.
Any agricultural tax system would have to evolve crop-specific norms of return to the land, while accommodating external shocks like droughts, floods or pests.
Imposing tax on value of goods produced, the mechanism would fail to take individual farm economics into account, thereby taxing a farmer even if he makes a loss on sale.
Lack of clarity on land titles and cropping patterns based on lease/share-cropping shall further introduce randomness to the system.
It shall disincentivise farmers to sell through organised formal channels, thereby increasing risk to farmer’s income.
Many farmers save seeds from one harvest for the next and the practice remains critical to running Indian agriculture — proposals based on value of goods produced would end up taxing such sustainable practices as well.
Further complications arise if farmers suffer from multiple crop failures followed by one successful crop, for the income in that period may be subjected for tax payment.
In this bleak situation, the proposal to tax agricultural income is irrational.

Source: The Hindu, The Indian Express

BLACK FUNGUS ?

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