Monday, August 19, 2013

PAN Card Number Explained


PAN Card Number Explained - PAN is a 10 digit alpha numeric number where the first 5 characters are letters, the next 4 numbers and the last one a letter again. These 10 characters can be divided in five parts as can be seen below. The meaning of each number has been explained further.

1. First three characters are alphabetic series running from AAA to ZZZ

2. Fourth character of PAN represents the status of the PAN holder.
• C — Company
• P — Person
• H — HUF(Hindu Undivided Family)
• F — Firm
• A — Association of Persons (AOP)
• T — AOP (Trust)
• B — Body of Individuals (BOI)
• L — Local Authority
• J — Artificial Juridical Person
• G — Government

3. Fifth character represents first character of the PAN holder’s last name/surname.

4. Next four characters are sequential number running from 0001 to 9999.

5. Last character in the PAN is an alphabetic check digit.

Nowadays, the DOI (Date of Issue) of PAN card is mentioned at the right (vertical) hand side of the photo on the PAN card.
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Friday, August 16, 2013

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Thursday, August 15, 2013

Banking Laws (Amendment) Bill 2012


Banking Laws (Amendment) Bill 2012

The Banking Laws (Amendment) Bill 2011 was introduced in order to amend the Banking Regulation Act, 1949, the Banking Companies (Acquisition and Transfer of Undertakings) Act, 1970/1980. The said Bill has been passed by both the Houses of Parliament.
This Bill would strengthen the regulatory powers of Reserve Bank of India (RBI) and to further develop the banking sector in India. It will also enable the nationalized banks to raise capital by issue of preference shares or rights issue or issue of bonus shares. It would also enable them to increase or decrease the authorized capital with approval from the Government and RBI without being limited by the ceiling of a maximum of Rs.3000 crore.
Salient features of the Bill:
a)      The new regulation gives power to the Reserve Bank of India (RBI) to issue new bank licenses.
b)      The bill will increase voting rights of investors in the private sector banks to 26 percent from the existing 10 percent. This will make the Indian banking sector attractive for the overseas investors and is expected to lead to consolidation in the industry.
c)      The Bill will allow foreign banks to convert their Indian operations into local subsidiaries or transfer shareholding to a holding company of the bank without paying stamp duty. Foreign banks have long sought these changes to the law which they say would encourage them to expand their operations in India. Under current laws, foreign banks such as Citibank and Standard Chartered have to pay 20-30 per cent tax as capital gains and stamp duty when transferring branches to a new legal entity.
d)      The Bill proposes to establish a “Depositor Education and Awareness Fund”.  The Fund will take over the deposit accounts which have not been claimed or operated for a period of ten years or more.
e)      The amended bill will remove the ceiling of Rs 3000 crore on the amount of authorized capital that nationalized banks must hold. The approval to increase or decrease the authorized capital will have to be taken from the Central Government and the RBI. This move will help banks to enhance their capital by seeking appropriate approvals according to the need they face.
f)       The amended bill also states that nationalized banks will be allowed to issue bonus and rights shares without the explicit approval of the RBI and the government. This step lends them a whole lot of functional autonomy at the operational level, and provides them great relief in terms of capital infusion going ahead.
g)      The bill will give powers to the Reserve Bank of India (RBI) to inspect the books of all associates of a banking company. This is a major step as it expedites the process of RBI clearing banking licenses to companies who want to foray into the sector.
Under the regulations of the Banking Regulations Act, 1949, the RBI has the power to remove a director or any other officers of the banking company.  The Statement of Objects and Reasons of the Bill states that such power is not adequate if the entire Board of Directors is working against the interest of the depositors and the company. This Bill proposes to confer powers on the RBI to supersede the Board of Directors of a banking company for not more than 12 months and appoint an administrator for the managing the company during that period.

Microfinance Institutions (Development and Regulation) Bill 2012



Sathyamoorthy
A micro finance institution (MFI) is defined as an organization, other than a bank, providing micro finance services.  These services are defined as micro credit facilities not exceeding Rs 5 lakh in aggregate, or with the Reserve Bank’s (RBI) specification Rs 10 lakh, to each individual. Other services like collection of thrift, pension or insurance services and remittance of funds to individuals within India also come under micro finance services.
a)            The Bill allows the central government to create a Micro Finance Development Council with officers from different Ministries and Departments.  This council will advise the central government on policies and measures for the development of MFIs.
b)            In addition, the Bill allows the central government to form State Micro Finance Councils. These councils will be responsible for coordinating the activities of District Micro Finance Committees and reviewing the MFIs in their state.
c)             District Micro Finance Committees review the development of micro finance activities within the district, monitor over-indebtedness and monitor the methods of recovery used by MFIs. These committees can be appointed by the RBI.
d)            The Bill requires that all MFIs to obtain a certificate of registration from the RBI. The applicant needs to have a net owned fund of at least Rs 5 lakh. By ‘net owned fund’ the Bill means the aggregate of paid up equity capital and free reserves on the balance sheet.  The RBI should also be satisfied with the general character or management of the institution.
e)            Every MFI will have to create a reserve fund and the RBI may specify a percentage of net profit to add to this fund.  There can be no appropriation from this fund unless specified by the RBI.
f)              At the end of every financial year, MFIs are required to provide an annual balance sheet and profit and loss account for audit to the RBI.  They will also have to provide a return detailing their activities within 90 days of the Bill being passed.
g)            Any change in the corporate structure of a MFI, such as a shut down, amalgamation, takeover or restructuring, can only take place with approval from the RBI.
h)            The RBI has the power to issue directions to MFIs.  This could include directions on the extent of assets deployed in providing micro finance services, ceilings on loans or raising capital.
i)              The RBI has the authority to set the maximum annual percentage rate charged by MFIs and set a maximum limit on the margin MFIs can make. Margin is defined as the difference between the lending rate and the cost of funds (in percentage per annum).
j)              The RBI shall create the Micro Finance Development Fund. Sums raised by the RBI from donors, institutions and the public along with the outstanding balance from the existing Micro Finance Development and Equity Fund form this fund.  The central government, after due appropriation from Parliament, may grant money to this fund.  The fund can provide loans, grants and other micro credit facilities to any MFI.
k)             The RBI is responsible for redressal of grievances for beneficiaries of micro finance services.
l)           The Bill allows the RBI to impose a monetary penalty of upto Rs 5 lakhs for any contravention of the Bill’s provisions.  No civil court will have jurisdiction against any MFI over any penalty imposed by the RBI.
m)          The Bill gives the central government the authority to delegate certain RBI powers to the National Bank of Agriculture and Rural Development or any other central government agency.
n)            The central government has the power to exempt certain MFIs from the provisions of the Bill.
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Wednesday, August 14, 2013

National Optical Fiber Network


Topic: National Optical Fiber Network
Q. What is National Optical Fiber Network?
Ans. Government has approved a project for National Optical Fiber Network in October, 2011 for providing Broadband connectivity to all 2.5 lakh Gram Panchayats at a cost of Rs. 20,000 crore. The plan is to extend the existing optical fiber network up to Panchayats. The Network will be available to telecom service providers for providing various services to the citizens in non-discriminatory manner.
Q. What are the main benefits of National Optical Fiber Network?
Ans.
·         The Network will provide a highway for transmission of voice, data and video in rural areas.
·         It will enable the broadband connectivity upto 2 Mbps, capable of providing various services like e-education, e-health, e-entertainment, e-commerce e- governance etc. to people and businesses.
·         The people in rural areas, students, entrepreneurs, various Government Departments providing services under e-governance projects will be benefitted.
·         It will also provide connectivity to various public institutions like Gram Panchayats, Primary Health Centres (PHCs), schools etc. in rural areas.
·         It will also result in investment from the private sector both for providing different services and for manufacturing of broadband related telecom equipment.

C-Band Polarimetric Doppler Radar


Topic: C-Band Polarimetric Doppler Radar
Q. What is C-Band Polarimetric Doppler radar?
Ans. Polarimetric radars transmit radio wave pulses that have both horizontal and vertical orientation. The horizontal pulses essentially give a measure of the horizontal dimension of cloud (cloud water and cloud ice) and precipitation (snow, ice pellets, hail and rain) particles while the vertical pulses essentially give a measure of the vertical dimension. Since the power returned to the radar is a complicated function of each particle size, shape and ice density, this additional information results in improved estimates of rain, snow rate, better detection of large hail location in storms, and improved identification of rain/snow transition regions in winter storms.
Q. The first C-Band Polarimetric Doppler radar of India where has been
Ans. The First C-Band Polarimetric Doppler Radar of the country started working in Delhi on January 15th, 2012 i.e. from the 137th Foundation Day of India Meteorological Department. Most weather radars transmit radio wave pulses that have a horizontal orientation.
Q. Why C-Band Polarimetric Doppler Radar is important for India?
Ans. The C-Band Polarimetric Doppler Radar at Delhi has the latest state of the art technology used for weather surveillance. It uses advanced algorithms to generate information which is vital for detecting severe weather phenomena such as rain, hail storm etc., with greater accuracy. Due to this additional information it is very useful to issue weather forecasts and warnings for events which are likely to occur within short period of time also known as now casting.
Q. How C-Band Polarimetric Doppler radar is different with other radars?
Ans. C-Band Polarimetric Doppler Radar adds capability of being able to measure a frequency shift that is introduced into the reflected signal by the motion of the cloud and precipitation particles. This frequency shift is then used to determine wind speed.
Q. How many variables can be measured mainly by C-band Polarimetric radar and what’s its importance?
Ans. The C-band Polarimetric radar has capability to measure mainly four variables such as Differential Reflectivity, Correlation Coefficient, Linear Depolarization ratio and Specific Differential Phase. Besides this, total and horizontal Reflectivity, Radial velocity, Spectral width and Hydromet classification will be measured.
·         The Differential Reflectivity (ZDR) indicates ratio of the reflected horizontal and vertical power returns. Among other things, it is a good indicator of drop shape. In turn the shape is a good estimate of average drop size.
·         Cross Correlation Coefficient (Rho-HV) is a statistical correlation between reflected horizontal and vertical power returns. It is an indicator of regions of precipitation types, such as rain and snow. It is prominently used for hydrometeor classification.
·         Differential Phase (Phi-DP) and Specific Differential Phase is a comparisons of the returned phase difference between horizontal and vertical pulses, caused by the difference in number of wave cycles (wavelengths) along the propagation path for horizontal and vertically polarized waves. It is a good estimator of rain rate as it is independent of calibration, and other radar related parameters.
Q. What are the main benefits of C-Band Polarimetric Doppler radar?
·         The improvements associated with Polarimetric Doppler radars come with their ability to provide previously unavailable information on cloud and precipitation particle size, shape, and ice density.
·         Polarimetric radar will significantly improve the accuracy of estimates of amount of precipitation (snow, ice pellets, hail and rain).
·         It will now tell difference between very heavy rain and hail, which will improve flash floods watches and warnings and disaster management.
·         The C-band Polarimetric radar will be a boon to give indication of kal-baisakhi.
·         It will also contribute to increased lead time in flash floods and winter weather hazard warnings and severe hazards like thunder storms, kal-baisakhi and cyclonic circulations. It has better ability to correct signal attenuation due to atmosphere including attenuation due to rain in cyclonic wall clouds.
·         It will generate better estimates of rainfall. Rainfall in catchment areas of dams can be monitored. It will provide critical rainfall estimation information for stream flow hence is very useful for hydrological studies. It will be useful in water management.
·         It will detect aviation hazards such as birds (ornithological echoes), insects etc.
·         It is able to identify no-meteorological echoes with better accuracy than conventional radars.


ISRO’s Successful Mission


Topic: ISRO’s Successful Mission
Q. PSLV-C17?
Ans. PSLV-C 17 was the eighteenth successive successful flight of PSLV which has once again proved its versatility and reliability GSAT-12 Communication satellite with a mass of 1410 kg at lift-off, has 12 Extended C-band transponders and has been successfully placed in Geosynchronous Orbit.
Q. GSAT-12 and its importance?
Ans. GSAT-12 is a communication satellite with a mass of 1410 kg at lift-off, has 12 Extended C-band transponders and has been successfully placed in Geosynchronous Orbit by PSLV-C17. 
It will enhance space based applications in the area of telemedicine, tele-education and disaster management support.
Q. What is GSAT-8 and what is its role in GAGAN?
Ans. India’s advanced communication satellite, GSAT-8 - weighing about 3100 kg at lift-off, was successfully launched into the Geosynchronous Transfer Orbit (GTO) on May 21, 2011 by the Ariane-V launch vehicle from Kourou, French INSAT system and carries 24 high power transponders in Ku-band and a two-channel GPS Aided Geo Augmented Navigation (GAGAN) payload operating in L1 and L5 bands. The transponders will augment the capacity in the INSAT system while the GAGAN payload provides the Satellite Based Augmentation System (SBAS), through which the accuracy of the positioning information obtained from the GPS Satellite is improved by a network of ground based receivers and made available to the users in the country through the geostationary satellites.
Q. How many satellites were launched by PSLV-C16 and what are the details of these?
Ans. In its 17th consecutive successful flight, India’s Polar Satellite Launch Vehicle (PSLV-C16) injected three Satellites viz. RESOURCESAT-2, YOUTHSAT and X-SAT into the Polar Sun synchronous orbits on April 20, 2011 RESOURCESAT-2 built by ISRO - the primary satellite is an advanced remote sensing satellite facilitating a host of applications and services in the area of agricultural monitoring, natural resources management, disaster management support as well as infrastructure planning and will ensure continuity of remote sensing data currently being provided by RESOURCESAT-1 launched in 2003. YOUTHSAT is a joint Indo-Russian satellite for stellar and atmospheric studies. X-SAT is a micro-satellite for imaging applications built by Nanyang Technological University (NTU), Singapore.
Q. What is HYLAS (Highly Adaptable Satellite)?
Ans. The HYLAS jointly built by ISRO/Antrix and EADS/Astrium of Europe for Avanti communications of U.K. was launched successfully on November 27, 2010 by the European Ariane-5 V198 launch vehicle, and was placed in the geostationary orbit.
Q. What is the recent achievement of ISRO in Building of Super Computer
Ans. ISRO has built a supercomputer, which is to be India’s fastest supercomputer in terms of theoretical peak performance of 220 Teraflops (220 Trillion Floating Point Operations per second).
Q. What is the name of the fastest supercomputer of India which was recently built by ISRO?
Ans. The new Graphic Processing Unit (GPU) based supercomputer named “SAGA-220” (Supercomputer for Aerospace with GPU Architecture-220 Teraflops) is being used by space scientists for solving complex aerospace problems.
Topic: ISRO’s Successful Mission
Q. PSLV-C17?
Ans. PSLV-C 17 was the eighteenth successive successful flight of PSLV which has once again proved its versatility and reliability GSAT-12 Communication satellite with a mass of 1410 kg at lift-off, has 12 Extended C-band transponders and has been successfully placed in Geosynchronous Orbit.
Q. GSAT-12 and its importance?
Ans. GSAT-12 is a communication satellite with a mass of 1410 kg at lift-off, has 12 Extended C-band transponders and has been successfully placed in Geosynchronous Orbit by PSLV-C17. 
It will enhance space based applications in the area of telemedicine, tele-education and disaster management support.
Q. What is GSAT-8 and what is its role in GAGAN?
Ans. India’s advanced communication satellite, GSAT-8 - weighing about 3100 kg at lift-off, was successfully launched into the Geosynchronous Transfer Orbit (GTO) on May 21, 2011 by the Ariane-V launch vehicle from Kourou, French INSAT system and carries 24 high power transponders in Ku-band and a two-channel GPS Aided Geo Augmented Navigation (GAGAN) payload operating in L1 and L5 bands. The transponders will augment the capacity in the INSAT system while the GAGAN payload provides the Satellite Based Augmentation System (SBAS), through which the accuracy of the positioning information obtained from the GPS Satellite is improved by a network of ground based receivers and made available to the users in the country through the geostationary satellites.
Q. How many satellites were launched by PSLV-C16 and what are the details of these?
Ans. In its 17th consecutive successful flight, India’s Polar Satellite Launch Vehicle (PSLV-C16) injected three Satellites viz. RESOURCESAT-2, YOUTHSAT and X-SAT into the Polar Sun synchronous orbits on April 20, 2011 RESOURCESAT-2 built by ISRO - the primary satellite is an advanced remote sensing satellite facilitating a host of applications and services in the area of agricultural monitoring, natural resources management, disaster management support as well as infrastructure planning and will ensure continuity of remote sensing data currently being provided by RESOURCESAT-1 launched in 2003. YOUTHSAT is a joint Indo-Russian satellite for stellar and atmospheric studies. X-SAT is a micro-satellite for imaging applications built by Nanyang Technological University (NTU), Singapore.
Q. What is HYLAS (Highly Adaptable Satellite)?
Ans. The HYLAS jointly built by ISRO/Antrix and EADS/Astrium of Europe for Avanti communications of U.K. was launched successfully on November 27, 2010 by the European Ariane-5 V198 launch vehicle, and was placed in the geostationary orbit.
Q. What is the recent achievement of ISRO in Building of Super Computer
Ans. ISRO has built a supercomputer, which is to be India’s fastest supercomputer in terms of theoretical peak performance of 220 Teraflops (220 Trillion Floating Point Operations per second).
Q. What is the name of the fastest supercomputer of India which was recently built by ISRO?
Ans. The new Graphic Processing Unit (GPU) based supercomputer named “SAGA-220” (Supercomputer for Aerospace with GPU Architecture-220 Teraflops) is being used by space scientists for solving complex aerospace problems.

Monsoon Mission


Topic: Monsoon Mission
Q. What is Monsoon Mission?
Ans. The ESSO has launched the Monsoon Mission for improving the predictability of the Indian Monsoon. Better monsoon prediction will help the Nation in taking advance action in preparing for the agricultural and other impacts of the monsoon.
Q. Q. What are the main features of Monsoon Mission?
Ans. It consists of two sub-themes- Seasonal and Intra-seasonal Monsoon Forecast and Medium Range Forecast. The mission will support focused research by national and international research groups with definitive objectives and deliverables to improve models in the medium range as well as in the extended and seasonal range scales through setting up of a framework for generating dynamical forecasts and improving skill of forecasts. The Mission will also support observational programs that will result in better understanding of the processes.
Under the Mission, Indian Institute of Tropical Meteorology (IITM) will coordinate and lead the effort for improving the forecasts on seasonal and intra seasonal scale. National Centre for Medium Range Weather Forecasting (NCMRWF) will lead and coordinate the efforts for improving the forecasts in the medium range scale. These will be made operational by the India Meteorological Department (IMD). In a bid to improve the skill of the forecasts in various temporal and spatial ranges, proposals will be invited from national as well as international Institutes on very specific projects and deliverables. These partners will be allowed to use the HPC facility at IITM and NCMRWF which will be suitably enhanced for the purpose. A National Steering group is being put in place to steer the program and review the progress of the mission.

INDIA, G 20 AND THE WORLD


INDIA, G 20 AND THE WORLD
Introduction
Second World War was definitive in redistribution of the world power. Authority of United States of America was established and after a prolonged cold war with the other waning super power, USSR, the power slowly shifted towards the western democracies led by US. Japan was quick to recover too and through its technological innovations & business practices soon became a formidable force despite its relatively smaller area, population and insignificant military prowess. Economic might had become the new centre of gravity and formations like G6, a club of the rich, involving US, Japan France, Germany, Italy and UK emerged in 1975.
Origin of G-20
After the second world war, free from occupation and external aggression countries like India and China, initially stayed aloof addressing their own domestic concerns, building their nations. It took some time for these countries to integrate themselves in the world economy. Meanwhile they continued to grow rapidly in terms of population, a factor that they could later leverage when they would start to open up. Slowly even with relatively lower per capita GDP but a big enough population and favourable age structure their overall impact in world economy could no longer be ignored.
In the meantime, Developed countries were at their peak. The way in which business would be done was changing world over. Spurred by the information technology (IT) revolution, trade liberalization and other economic reforms, the entry of an estimated 2 billion people into the labor force as a result of the breakdown of the Soviet bloc and the opening of China, and the freer movement of capital and technology from developed countries to developing countries, the size of the global economy doubled over the decade preceding the 2008-2009 global financial crisis, increasing from $31 trillion in 1999 to $62 trillion in 2008. With the globalization of production, the phenomenon of ‘factory asia’ (production flowing away to countries with cheaper labour) became more evident. While the growth reached practically every region of the world and encompassed dozens of developing countries, a handful of large developing countries—led by China, India, and Brazil—accounted for a major share of the global growth. Other emerging economies with large populations, such as Indonesia, Mexico, Russia, Turkey, and Vietnam, also grew at a rapid pace. China, in fact, was fast becoming a leading driver of the world economy. Larger size had economic repercussions in terms of both market and labour force. The balance of international economic power was shifting away from the United States and European powers that had dominated the world economy since the end of World War II to a few dozen developing countries located in Asia, Latin America, and the Middle East.
The long-standing distinction between advanced and developing countries, particularly for rising economic powers, was blurring. The advanced countries were still the richest countries in terms of per capita income, but their economies were no longer the largest, the fastest-growing, or the most dynamic. Rising economic powers were exerting greater influence in global trade and financial policies and in the multilateral institutions that have underpinned the global economy since World War II.


In view of the above, metamorphosis of smaller elite group like G-6 was inevitable. However, the Group underwent some intermediate stages of expansion before the evolution of G-20 which would eventually include 19 countries namely, Argentina, Australia, Brazil, Canada, China, France, Germany, India, Indonesia, Italy, Japan, Mexico, Russia, Saudi Arabia, South Africa, the Republic of Korea, Turkey, the United Kingdom, the United States of America and the European Union, which is represented by the rotating Council Presidency and the European Central Bank as the 20th member. The first addition to G-6 was Canada, just after a year of the first summit in 1975 and the group became G-7. With Russia’s addition in 1997, the Summit became known as G-8. G-13, the G-8 plus the outreach five ( Brazil, India, China, Mexico & south Africa ) was another categorization, smaller in size than the G-20 which was created in 1999, in the wake of the financial crisis in Asia, as an informal forum for the finance ministers and central bank governors of economies considered ‘systemically significant’ by the G-7.
The newcomers in the G20 were selected using implicit rather than explicit criteria. Consequently, the resulting membership did not include the twenty largest economies by any measure but it did include a combination of some of the largest and fastest growing developing countries (notably China and India), as well as some countries which were hardly ‘systemically significant’ (Argentina & Australia).
Role of emerging economies like India in G-20 & Regional Cooperations – Pre Global Crisis (2008)
For the first decade, from 1999 to 2008, the G20 forum attracted little public attention. Countries like Brazil, China and India were becoming more engaged both with the mature economies and the developing world. The rise of the major emerging countries over the past decade had coincided with their push into the world’s richest markets in the US and Europe, and at the same time, their construction of new ties of goods, money, people and ideas among themselves, their regions, and with other developing countries. In brief, they were increasingly integrating into the global economic system. China, Brazil and India each directed diplomatic support and some resources to new projects of regional institution building in their neighbourhoods. The three rising states had also gone beyond their own regions to promote “South South cooperation”. Finally, Russia, India and China garnered world attention when Brazil joined them in June 2009 at the inaugural “BRIC” Summit (in Yekaterinburg, Russia).Prior to the global crisis, the rising powers put concerted attention into building interconnectivity within the developing world, fostering new institutionalized ties of goods exchange, capital, people and ideas. They directed resources at creating a parallel set of institutions that operate largely according to their own sets of rules and currencies of power.
Beijing, Brasilia, and Delhi aimed to build new institutions that were autonomous from Northern control. China helped in developing the Shanghai Cooperation Organization and various institutional innovations around the ASEAN states, together with Japan and South Korea. Brazil promoted new cooperation in South America via renewed support to Mercusor; its proposal for a Union of South American Nations (UNASUR), started in 2007, “born out of a novel commitment on the part of member states to forge effective mechanisms to deal with the multiple challenges that should unite, but often divide— the region” ; and arguably foremost, through the operations of its national development bank, BNDES. Delhi supported the development of the SAARC, other new multilateral initiatives in the region such as “BIMST-EC” (Bangladesh, India, Myanmar, Sri Lanka, Thailand— Economic Cooperation).
The self-insurance strategies of the rising powers prior to the "Global financial crisis were aimed not simply at “decoupling” them from the global economy but rather to facilitate managed integration. Prior to the crisis, the major emerging economies were heavily reliant on the developed markets of the US and Europe. By playing both sides, they were benefitting from the system in two ways, simultaneously. For the decade prior to the global crisis, they kept a low profile or minimized their engagement in the Bretton Woods Institutions, did not bear significant costs in maintaining the global architecture, and could channel their resources instead to fostering hedging options.
Growth in significance of G-20& increased engagement of economies like India, China – Post Global Economic Crisis
In the wake of the global financial crisis of 2008 the G20 was elevated to a Leaders Forum in an effort that was termed as ‘fellowship of the lifeboat’ engendered by the global crisis and the urgency of launching a coordinated policy response In a short period of time the G20 moved from relative obscurity to centre stage in media coverage of global economic governance. With their limited formal voting power, and the long tradition of US–European dominance of the IMF, it was not surprising that the dynamic emerging market economies preferred the G20 as the premier forum for deliberations. The global crisis also challenged the sustainability of the Southern-only networking and autonomous institution building efforts. The crisis revealed that the rising powers were either unwilling or unable to play the role of alternative global lender-of-last-resort. Moreover, although China, India and Brazil all went into the global crisis in a better position than many, these countries nevertheless felt the impact of what grew into a global economic crisis. With the onset of the crisis, these countries shifted their diplomatic positions, and became more active in advocating for reforms in global architecture, via the G20 Leaders process, as well as at UN and other global meetings.
Achievements and Concerns: Several landmark reforms of International Financial Institutions were initiated at the behest of the G20 which heightened the expectation for bringing about fundamental changes in the functioning of the global institutions and in the global governance structure. Select mid-level emerging countries have been encouraging the major emerging countries to work within theG20 process, to gradually reshape the system of global economic governance from the inside. The goal of these states is advancing a reform “from the inside” agenda, of moving the world from a US/G7-centered system to one in which the emerging countries have more say in reform proposals, such as the proposal of reform in the lending norms of the international financial institutions floated by Indonesia, advocacy for, and implementing, institutional changes that further broaden the number of states that are actually consulted in global summitry, taken up by South Korea and South Africa etc. India as a member of the G20 has been actively engaged in Global Economic Governance and in shaping the World Order.

Role of Green Revolution


Role of Green Revolution
Q. When and where indica-japonica rice hybridization programme started?
Ans. The indica-japonica rice hybridisation programme started at the Central Rice Research Institute in Cuttack in the early 1950s. The programme lost its priority after genes to develop semi-dwarf varieties of rice became available in the 1960s from Taiwan and the International Rice Research Institute in the Philippines.
Q. Give a brief description of background about announcement of ‘Wheat Revolution’?
Ans. Dr. Borlaug wanted to see Indian growing conditions before making up a set of breeding lines, and paid a visit in March 1963. The multi-location trials revealed that the semi-dwarf wheats of Mexican origin could yield four to five tonne a ha, in contrast to about two tonnes a ha of the tall Indian varieties. It became clear that India had the tools with which to shape its agricultural destiny.
In 1968, Indian farmers harvested about 17 million tonnes of wheat; the earlier highest harvest was about 12 million tonnes in 1964. Such a quantum jump in production and productivity led Indira Gandhi to announce the ‘Wheat Revolution’ in July 1968.


Q. How coined the term ‘green revolution’?
Ans. The term Green Revolution coined by William Gaud of the U.S. in 1968, involved synergy among technology, services, public policies and farmers’ enthusiasm. Farmers, particularly those in Punjab, converted a small government programme into a mass movement.
Q. Why green revolution was criticised by some activists?
Ans. The Green Revolution was criticised by social activists on the ground that the high-yield technology involving the use of mineral fertilizers and chemical pesticides is environmentally harmful. Similarly, some economists felt that the new technologies would bypass small and marginal farmers, for although the technologies are scale-neutral, they are not resource- neutral. This led to coining the term “ever-green revolution,” to emphasise the need to enhance productivity in perpetuity without ecological harm.
Q. What is the ratio of productivity of food grains of India to China?
Ans. The productivity of food grains in China is currently 5,332 kg a ha, while it is 1,909 kg a ha in India.
Q. What are the problems which are being faced by farmers in green revolution heartland?
Ans. The heartland of the Green Revolution, comprising Punjab, Haryana and Western Uttar Pradesh, is in an ecological crisis, as a result of the over-exploitation of groundwater and the spread of salinity. This region will also suffer most if the mean temperature rises by 1 degree to 2 degrees C as a result of global warming.
Q. Which traditional agriculture systems of India have been recognised as ‘Globally Important Agricultural Heritage Systems and why?
Ans. The Food and Agriculture Organisation (FAO) recently recognised the Traditional Agriculture System of Koraput, Odisha, as a Globally Important Agricultural Heritage System. This is because the system provides an outstanding contribution to promoting food security, biodiversity, indigenous knowledge and cultural diversity for sustainable and equitable development.

Two States and a Water Issue


Two States and a Water Issue
Q. Give an account about the Mullaperiyar Dam and its Controversy?
Ans.
·         This is a project involving the eastward diversion of the waters of a west-flowing river, which has been celebrated as a gigantic feat of 19th century engineering. It was a major intervention in nature of a kind that is no longer much in favour. The project was constructed and Periyar waters have been flowing to Tamil Nadu for over a hundred years.
·         Under the 1886 agreement between the former Madras Presidency and the princely State of Travancore, Travancore agreed to the diversion of Periyar waters to Madras Presidency, and to lease a piece of land (8000 acres) in its territory to Madras Presidency for building and operating the project designed for this purpose. The curious fact is that the lease was for 999 years.
·         In Kerala, there is an almost universal feeling (right or wrong) that the 1886 agreement was an unfair one imposed on a reluctant Travancore by a more powerful Madras Presidency with the prestige and power of the British government behind it; and that while Madras (now Tamil Nadu) benefited substantially from the agreement, Travancore (Kerala) got little more than a negligible lease-rent for the land leased to Madras. In 1970, an increase in the lease rent was negotiated by Kerala but there was no radical revision of the totality of the agreement.
·         The learned judges decided to deal with the matter themselves, and appointed an Empowered Committee to examine and report on it. The Empowered Committee includes eminent experts but their opinion, even if the Supreme Court accepts it, may not necessarily be the final word on the subject, particularly if a different opinion is given by other equally distinguished experts outside.
·         The dam in this case is 116 years old, and even with all the strengthening measures, one can hardly be wholly confident about its safety under all circumstances. The recent tremors in the area might have been minor but no one can guarantee that a stronger earthquake will not occur, or that if it does the dam will withstand it; or that if there is an exceptionally heavy flood the dam will be safe.