11 December 2015

The economics of demographic shifts

The economics of demographic shifts

Ageing strikes at the very roots of the welfare state and the social contracts on which democracy rests
There is a growing sense, in the wake of the recent global financial crisis, that mainstream macroeconomic frameworks are inadequate in explaining the real world. Arguably, the forces of globalization, the neglect of financial markets and demographic change have undermined these frameworks.
Of these, demographic transition is perhaps the most profoundly underestimated force. Ageing strikes at the very roots of the welfare state and the social contracts on which social democracy rests. This has recently begun in advanced economies. It is just a matter of a few decades before its impact is felt across the globe.
Human history can be broadly divided into five demographic stages. In the beginning, human populations were sparsely distributed during the hunting and gathering phase that lasted right up to the end of the last ice age around 10,000 BC. Population densities never exceeded 1-2 persons per square mile. Survival was a full-time profession for everybody. There was no such thing as division of labour or economic growth. This began during the second stage with the Neolithic Revolution and the discovery of agriculture that facilitated the generation of a ‘surplus’ over and above what was required for daily survival.
The origins of social stratification, urbanization, civilization, the State and empires can all be traced to the Neolithic Revolution. Technological change, its dissemination, and consequently productivity shifts, were however slow where progress was measured in centuries.
Aggregate gross domestic product (GDP) therefore grew at very low rates over an extended period, with the standard of living improving very slowly over time. Economic growth was more a function of population increase than productivity growth. Birth rates were high, as were death rates. This resulted in a large, young, dependent population that consumed but did not contribute to economic activity. The constraints on economic growth were therefore on the supply rather than demand side. War, famine and pestilence led to periodic sharp declines in both population and output, followed by long periods of slow recovery. This pattern persisted right up to the 17th century.
The third stage began in the 18th century with the Industrial Revolution. A continuing technological revolution facilitated rapid population growth through rapid upward shifts in human productivity. This was made possible by a sharp fall in death rates on account of improvements in public health, with the birth rate adjusting only slowly. A virtuous cycle of rapid supply and demand growth ensured that both aggregate and per capita GDP, and with it standards of living, grew at unprecedented rates.
Extant macroeconomic theories are the product of this third stage. They now need to adjust to the next two stages where birth rates first approach replacement rate, leading to a levelling off of population growth, and then fall below the replacement rate.
Humans are the only species where prosperity beyond a certain point leads to demographic decline rather than to rapid, unsustainable expansion of the species. Several European countries and Japan have entered the fourth stage, characterized by declines in aggregate GDP growth. The slow recovery from the global financial crisis must be seen not simply as a balance-sheet recession, but also through the prism of ageing.
Beyond the fourth stage lies a possible fifth stage, where productivity growth may be inadequate to prevent negative aggregate GDP growth, although per capita GDP may well continue to grow at robust rates. A shrinking working population leads to a large dependent population, this time aged instead of young, that consumes but has traditionally contributed little to economic activity. In a closed economy, this would lead to lower growth because of problems on both the supply and demand sides. While these constraints can be substantially mitigated in an open, globalized economy, attempts to overcome demand constraints through leveraged consumption are not sustainable in the long run. Indeed, this was one of the underlying causes of the recent global financial crisis.
The peculiarity of the fourth and fifth stages is that hourly productivity per worker does not decline because of the continuing technological revolution. However aggregate production, the production possibility frontier, may decline.
The ageing process works itself through the economic system in surprising ways. The likely impact on fiscal policy is widely acknowledged. Social contracts underlying the welfare state may need to change, retirement ages pushed back, and the healthcare system shift from curative to preventive with greater onus placed on individuals for their own health outcomes.
The impact on financial markets, monetary policy and on inequality however needs fuller consideration going forward.
It is possible that we have only seen the tip of the iceberg called ‘savings glut’ that tends to keep the cost of capital and interest rates low. Workers need to save more and more for retirement, as a shrinking tax base weakens the State’s fiscal capacity. With trend growth declining, and savings rising, central banks may be constrained to keep interest rates low.
There has been much talk about rising inequality, such as that centred around the influential work of Thomas Piketty, on account of the increasing returns to capital relative to labour in a globalizing world. But as the world ages, and the number of workers falls, the returns to labour would rise as the proportion of those buying assets (workers) shrinks and that of sellers (retirees) increase. Would this then reverse the current trend of relative returns to capital and labour? What would this imply for income inequality and tax policies going forward?
- See more at: http://samvegias.com/economics-demographic-shifts/#sthash.nCHVWws8.dpuf

The unsustainable growth

The unsustainable growth

Development happens when society successfully organizes resources to achieve the common good in a sustainable manner
Many years ago, work had to be stopped one afternoon, at one of the spanking new facilities of the IT (information technology) firm that I was associated with. There was no water in the campus, and 3,000 people certainly could not work without water. There was no civil water supply to that area, so the water was sourced from the campus borewells and by buying from water suppliers. During summer, borewells would run dry, so most of the water was bought. The vendors had stopped supplying water since that morning.
Our desperate investigation revealed that there was blockade by the local community near the sources of water. The conflict was on the most fundamental of issues—the water suppliers were sucking the sources dry and everything was at stake for the community. While they did reach a commercial settlement, it was fragile, given that those water sources were absolutely integral to the life and livelihood of that community.
Arising from a deep commitment to environmental sustainability, we were using water responsibly. For example, we reused a lot of our water discharge, were doing maximal rainwater harvesting, our per capita water consumption was reducing every year. But that incident told us how inadequate our perspective was. It triggered our efforts to trace all the water that we used right to its source, and to try and understand the issues along the entire source-to-use path. What we discovered left us much better informed and therefore much better prepared to make sure that there is no disruption of operations because of water. At the same time, it has left us feeling quite helpless. This is a multi-billion dollar, globally successful corporation, which felt quite helpless. Let me narrate a specific case to explain this.
A source-to-use mapping of water for the facility on Sarjapur Road in Bengaluru brought the following things to light. Seventy percent was sourced from suppliers who purchased the water mostly from farmers in about a 30-km radius. The borewells in their farms had turned into an additional source of income. Not just us, but most of this part of the city was buying water from those sources. No surprise that the water table in those areas was dropping rapidly, reducing the water availability for the local community. This led to tensions within the community, which continues unabated even today.
It was clear that we were entangled in a web of problems of water, like everyone else near and in the city. Gradually, a community group of business organizations, residents associations, non-government organizations and academic institutions was formed, to attempt to deal with the complex set of issues involved. One of the first attempts was to map and monitor the aquifers of Bengaluru. This was upon learning that while the city was 60% dependent on ground water drawn from the aquifers, no one had a clue about what these underground reservoirs of water were like, i.e. location, amount of water, rate of depletion and recharge.
This project will take years to complete. In the meanwhile, the exploding metropolis continues to suck away at its ground water, completely dependent on it, and yet without the foggiest notion of how long it can last. This is worse than wanton mismanagement of the cities’ most important common property resource. The helplessness that I talked about arises from the collective inability of the interested group to change anything at the fundamentals of these issues. And there are other burning issues on water, such as vanishing lakes and the inequity in access to water.
The tragic flooding in Chennai last week reminded me of this whole experience of ours. If you look at the satellite pictures of Chennai from the late 1990s to today, you can see the reason for the floods. The earlier pictures will show a continuous arc of ponds, lakes and wetlands, across Chennai. These have completely vanished by now, vanquished by construction. The water from the heavy rain has merely found its natural place, which we are calling flooding. The Chennai floods and the experience that I have narrated merely emphasize the fundamental importance of common property resources and public goods. As does the air quality issue in Delhi.
These crises in Delhi, Chennai, Bengaluru and other cities are not due to “too much development”, but just the opposite. Development happens only when a society successfully organizes people and resources to achieve the common good in a sustainable manner. The failure to protect our land, water, forests, air and public spaces from overuse and destruction is a brewing crisis that is likely to result in even greater calamities in the future. A key part of the problem is our inability as a society to act sensibly and collectively. This failure infects our attempts at educating our children, providing healthcare to the needy and protecting the environment.
In the rush to get rich quick at any cost, we jeopardize ourselves and future generations. The independence movement was marked by great sacrifice and the ability to act collectively towards a common purpose. We need something similar all over again.
- See more at: http://samvegias.com/the-unsustainable-growth/#sthash.Cz6xnaLv.dpuf

Himalayan Tsunami in Uttarakhand, Dopper Weather Radar

Himalayan Tsunami in Uttarakhand, Dopper Weather Radar

What is cloudburst?

  • Extreme amount of precipitation
  • in a short span of time.
  • creates flash-flood conditions.
  • Often accompanied by thunder and lightning.
Why cloudburst?
  • A cloudburst can occur anytime and at any place which is affected by convective weather systems.
  • India surrounded by oceans from three sides. Hence favorable location for convective weather systems.
Convective weather system in:result
Bay of Bengalrainfall over the Indian subcontinent
Western Pacific OceanDiverts rain-bearing winds away from the Indian subcontinent.
  • During Cloudburst, massive coagulated clouds with heavy water content hover, over a very small location.
  • The dead weight of the cloud is so massive and unbearable that it simply collapses under its own weight=>extreme precipitation within a short span of time=>flash flood.
Additional factors
MONTHWHAT HAPPENED?
March April May 2013heavy snow in Himalayas
14-16 June 2013Non-stop Intense rainfall. It helped the snow to melt fast from Chorabari Glarier. but How can water help ice melt?
  • Water has a higher heat capacity than air.
  • The molecules in liquid water are more tightly packed than the molecules in air
  • Therefore, when water molecules touch snow=> greater rate of heat transfer. (Compared to when air touches the snow)
  • This accelerates the process of snow melting. e.g heavy snow melting from Chorabari glacier=> water level increased in the river Mandakini and Chorabari Lake.
16 June 2013Cloudburst over Chorabari Lake.
Lake exploded from water. => flash floods.
  • These flash floods washed the mud, stones and slush (Partially melted snow) from mountains into rivers.
  • Bhagirathi, Alaknanda and Mandakini rivers were already flowing with lot of water (due to snow-melting).
Now imagine two situations:
  1. Police uses water cannon on the mob.
  2. Police mixes stones, ball bearings and ice cubes into their water tank and then uses water cannon on the mob. This time, you know the water will hurt a lot more.
Same way, the rivers filled with mud, snow, ice- rushes through the hills and cliffs- they will cause more erosion, sweep away whatever comes in their way. Thus, all those shops, hotels, apartments were constructed very close to the river banks got washed away.
Additionally landslides destroyed the road network in the mountains hence relief couldnot reach on time.

Why Himalayan Tsunami is a man-made disaster?

Cloudbursts have happened in past also, but the amount of death and damage in Uttarakhand is unprecedented. Why?
#1: Roads causing landslides
Himalayan Mountains will remain steady if not tampered with much. But
  1. the huge expansion of roads and transport.
  2. heavy machines plying the earth everyday.
  3. Even dynamites are used to cut the mountains and make roads.
^All these activities had already rendered the mountains unstable. Then rainfall=>landslides. roads blocked=rescue force can’t go in, victims can’t go out.
#2: Too much construction
  1. In 2012, Ministry of Environment and Forests gives a notification under Environment Protection Act. This notification declares the region Gaumukh and Uttarakashi, along the Bhagirathi river, as an eco-sensitive zone. Meaning following activities had to be banned:
    1. Hydro project in Bhagirathi = too many hydropower projects, changing river courses, poor structural safety
    2. Mining= use of dynamites, weakened the mountains
    3. Construction activities, especially hotels and resorts, guest houses and travel lodges on the river bed.  Everyone trying to make mint money from pilgrims/tourists yet none of them were build with sound engineering or structural safety.
#3: Fragile Polity of the State
  • Uttarakhand has seen 6 different Chief Ministers within last 13 years. Meaning average tenure of a CM is ~2 years.
  • This has resulted in lack of continuity and failure in getting a firm grip on the issues plaguing the state- including disaster management.
  • Successive CAG reports have made scathing remarks on the lack of disaster management preparations in the Uttarakhand state. Yet no action was taken.
  • political fragility has resulted in ad-hoc and unplanned development.
  • Successive governments have failed in creating any sort of medium term or long-term plan or vision for the state.
  • To put this in other words, when governments change too quick- the main goal of MLAs and Ministers is how to extract maximum cash from builders, mining mafias and corrupt bureaucrats who want transfer-posting in plump position. Hence, Disaster management doesn’t even come in their top-100 priority list of such politicians.
#4: Careless organizations
  1. IMD
  • IMD was unable to alert State-authorities in time. It didn’t have Doppler radars in the Himalayan region to predict onset of cloudbursts.
  • Only after this disaster happened, Dept. of sci.tech now talks about setting up Doppler radars in the region.
  1. NDRF
  • National Disaster Management Authority (NDMA) was formed after Tsunami in 2003.
  • but has grossly failed both in planning and implementation.
  • It didn’t even have sufficient life-jackets in Rudraprayag.
Overall, there was no accountability and no coordination.

Can we Predict Cloudbursts?

  • Nephology=study of clouds
  • But unlike cyclones, forecasting a cloudburst= mission almost impossible.
  • Cloudburst can occur even outside the monsoon seasons (e.g. March to May, if the weather conditions are right).
  • A cloudburst can occur @anytime @anyplace in a short span of time. (but it usually favors mountainous regions)
  • The specific location and time of cloud burst can be predicted in NOWCAST mode only, i.e. a few hours in advance.
  • To detect these sudden developments, you need a Doppler Weather Radar (DWR).

Doppler Weather Radar (DWR)

By and large, Meteorologists use there are three different types of weather radars:
RADARUTILITY
  1. conventional
gives information only about the rainfall estimation
  1. Doppler
Measuring rainfall, winds and clouds.
  1. polarisation radar (or multi-parameter radar)
measure , winds, rainfall (including shape and number of raindrops)
  • One Doppler Weather Radar costs ~10 crore, can cover an area ~400 km.
  • IMD wants to modernize its Radar system. BHEL is manufacturing S-Band Doppler Radars for IMD. They’ll be setup a 12 locations across India, including Mumbai.
  • And since the Uttarakhand Tragedy, now Department of Sci-Tech is setting up Doppler Weather radars in Himalayas
Benefits of Doppler Weather Radar?
  1. Radar uses the Doppler Effect in microwaves. When Microwaves are reflected from objects at different times, this Radar detects their relative position. Thus Doppler Radar can detect even tiny water particles in clouds and in which direction they’re moving.
  2. Doppler radar has a detection range of ~400 kms. It can transmit information about a cloud, its distance from land, its composition, which direction it is moving and even minute details like the number and size of water droplets found in a cloud.
  3. We can predict the amount of rainfall to an area, 2-3 hours in advance. Thus, if a flood-like situation is likely to happen in Mumbai, BMC could be alerted to avert a 2005-like disaster.
  4. can predict thunderstorms as well.

Crisis Mapping

  • Crisis mapping is the real-time data gathering and analysis during natural disaster or riots, elections etc.
  • During Uttarakhand tragedy, International Network of Crisis Mappers came to help.
  • These crisis mappers monitor different channels of information on Uttarakhand. Example
  • official sources,
  • blogs, social media, facebook twitter
  • NGOs
  • news media
Using such data, the Crisis Mappers generate ‘situation reports’
They also update with vital information an online crisis map set up by the Google: (http://google.org/crisismap/2013-uttrakhand-floods? gl=in)
cloudburst-crisis-map-google
  • ^That google crisis map has information on rescued people, cleared areas, people stranded, relief camps, medical centres, road networks and so on.
  • Thus, crisis mapping helps bridge the gap between
  1. information-seekers vs providers
  2. government vs public
  3. situation on the ground vs action that needs to be taken
  • Ushahidi = open-source platform for crisis mapping during 2010 Haiti Earthquake. They even had an international SMS number was created for people to input information relating to the quake.
- See more at: http://samvegias.com/himalayan-tsunami-in-uttarakhand-dopper-weather-radar/#sthash.We6KGXso.dpuf

The economics of GST, hostage to politics

The economics of GST, hostage to politics

GST will make it possible to integrate India into a common market
The complicated political bargaining that has held up the introduction of the goods and services tax (GST) as well as the arcane discussions about its revenue-neutral rate sometimes draws attention away from the big picture argument about why the Indian indirect tax system needs to be overhauled.
A new paper released this week by the finance ministry on the GST structure does a very good job of explaining the current view on some of the more technical parts of the debate. But it also shows how several years of political bargaining has diluted the original design of what a 2009 report by the task force headed by Arbind Modi repeatedly referred to as a flawless GST.
One result is that the revenue-neutral GST rate, or the rate that will leave the government with the current level of tax collections even after moving to the new tax, has gone up by some 3.5 percentage points compared to the 12% originally suggested in 2009, with 2% of it meant for the third tier of government.
The analytical arguments for the GST are powerful. It will generate efficiencies by, in effect, taxing only final consumption while eliminating all taxes on production and distribution. The abolition of taxes on the movement of goods between states will end the unnecessary fragmentation of Indian production. The efficiency of the tax system would be optimized. Many of these points have been drilled into the national debate by economists.
The way the finance ministry has framed the issue in its new paper is definitely interesting. Two big political points have been made. First, a GST will improve governance by creating incentives for the reduction in corruption.
For example, a company will need documentation from a supplier if it is to claim tax credit, and in general, the new tax will create a proper paper trail of transactions across value chains, reducing the black economy. It thus stands to reason that real estate, a fount of corruption, must be brought under GST.
Second, and this is something that GST supporters have argued all along, a tax with a single rate and imposed on a common base will in effect integrate India into a common market, more than six decades after political unification into a republic. The advantages of a single market are thus not only economic but also political, while the dual structure of the Indian GST will ensure that the states maintain their fiscal independence (though this newspaper would also like the initial idea of a share of GST revenue going directly to cities and villages to be pursued more energetically).
There are still two tricky issues. The 2009 report by the Modi committee had quite explicitly argued that the switch to a flawless GST would benefit the poor and not be regressive. Arvind Subramanian and his colleagues at the finance ministry, on page 28 of their new report, seem to be explicitly making the opposite point. “It is worth emphasizing that the GST is intrinsically a regressive tax and the higher the rate, the greater the regressivity.” This is a tactical argument for keeping the GST rate close to international levels, but also means that India needs to increase its direct tax collections to ensure that there are no perverse distributional effects in its overall tax system.
It is now more than a decade since a national value-added tax was first proposed in 2004 by a task force appointed to examine the implementation of the landmark Fiscal Responsibility and Budget Management Act of 2003. It is fair to say that India will not end up with a flawless GST, but at least silly ideas like the 1% tax on inter-state transactions should be buried.
The GST bill is once again being held hostage in parliament, despite there being broad bipartisan agreement about its necessity, this time by an independent court decision in the National Herald case. National interest is once again hostage to the politics of the day.
Should the opposition parties cooperate with the government in passing the GST bill during
this winter session?
- See more at: http://samvegias.com/the-economics-of-gst-hostage-to-politics/#sthash.6P6gkPmc.dpuf

9 December 2015

National Mission for Electric Mobility

National Mission for Electric Mobility
Government of India approved the National Mission on Electric Mobility in 2011 and subsequently National Electric Mobility Mission Plan 2020 was unveiled in 2013. As part of the mission, Department of Heavy Industries has formulated a scheme namely FAME – India (Faster Adoption and Manufacturing of (Hybrid &) Electric Vehicles in India). The Phase-1 of the scheme shall be implemented over a 2 year period i.e. FY 2015-16 and FY 2016-17 commencing from 1st April 2015 with an approved outlay of Rs. 795 Crore. Initial seed money of Rs. 75 Crore has been allotted in the Current Financial Year (2015-16). The scheme shall have 4 focus areas i.e. Technology Development, Demand Creation, Pilot Projects and Charging Infrastructure. The thrust for the Govt. through this scheme will be to allow hybrid and electric vehicles to become the first choice for the purchasers so that these vehicles can replace the conventional vehicles and thus reduce liquid fuel consumption in the country.

The scheme will provide a major push for creation of a viable ecosystem of both hybrid and electric technologies vehicles in the country. Government is in the process of setting up public charging stations in various cities where the population of electric vehicles is growing. Government is coordinating with various enabling agencies such Delhi Metro Rail Corporation (DMRC), Oil and Marketing Companies (such as Indian Oil, Hindustan Petroleum) to support installation of such charging stations at their facilities (Metro Stations and Petrol Filling Stations). Further, Government has started pilot projects on renewable energy based fast charging stations. Bharat Heavy Electricals Limited (BHEL) and Rajasthan Electronics and Instrumentation Limited (REIL) have been entrusted to develop prototypes of such stations which could be deployed in future.

Pure electric vehicle produces around 35%~45% lower CO2 as compared to equivalent gasoline vehicle in India based on the fact that most of electricity produced is obtained predominantly from coal, natural gas and oil (75%~85%). In future in view of more and more renewable energy based electricity production in the country, electric vehicles are going to emit lesser CO2 on a Well-to-Wheel basis. 

Expansion of Healthcare Services

Expansion of Healthcare Services

Public health being a State subject, the primary responsibility of providing health care services to the population including women and children in rural areas is that of respect State/UT Government. Under National Health Mission (NHM) support is being provided to States/ UTs to supplement the efforts of the States/UTs to strengthen their health care system for provision of accessible and affordable health care to all those who access public health facilities.
Some of the special measures taken under NHM for the expansion of health services after May, 2014 are given below:-
New initiatives for expansion of health services
1)      Launch of India Newborn Action Plan (INAP): INAP was launched in September 2014,  for accelerating the reduction of preventable newborn deaths and stillbirths in the country - with the goal of attaining ‘Single Digit Neo-natal Mortality Rate (NMR) by 2030’ and ‘Single Digit Still Birth Rate (SBR) by 2030’. Currently, there are estimated 7.47 lakh neonatal deaths annually.The neo-natal deaths are expected to reduce to below 2.28 lakh annually by 2030, once the goal is achieved.
2)      Intensified Diarrhoea Control Fortnight was observed in July- August 2014 and 2015 focusing on ORS and Zinc distribution for management of diarrhoea and improved feeding practices.
3)      Integrated Action Plan for Pneumonia and Diarrhoea (IAPPD) launched in four states with highest infant mortality (UP, MP, Bihar and Rajasthan).
4)      National Deworming day was observed in eleven States/UTs, namely- Assam, Bihar, Chhattisgarh, Dadra & Nagar Haveli, Haryana, Karnataka, Maharashtra, Madhya Pradesh, Rajasthan, Tamil Nadu and Tripura.
5)      Launch of Mission Indradhanush: Mission Indradhanush was launched in December 2014 to reach 90 Lakh unimmunized/partially immunized children by 2020. It has been implemented in 201 districts in 1stPhase, 297 additional Districts are to be covered in 2nd Phase.  About 20 lakh children received full immunization during the Phase-1 of Mission Indradhanush.
6)      New vaccines: launch of new vaccines has been announced of which Inactivated Polio Vaccine (IPV) has already been launched on 30th November, 2015 and Rotavirus vaccine is planned to be launched on first quarter of 2016. In addition, NVBDCP has recently identified 21 adult JE vaccination districts in Assam, Uttar Pradesh and West Bengal. Adult JE vaccination campaign has been completed in three districts of Assam, selected blocks of three districts of West Bengal and ongoing in selected blocks of six districts of Uttar Pradesh.
7)      Launch of Nationwide Anti-TB drug resistance survey: Drug resistant survey for 13 TB drugs was launched to provide a better estimate on the burden of Multi-Drug Resistant Tuberculosis in the community. This is the biggest ever survey in the world with a sample size of 5214 patients. Results are expected by 2016.
8)      Kala Azar Elimination Plan : Kala-Azar elimination Plan was rolled out to reduce the annual incidence of Kala-Azar to less than one per 10,000 population at block PHC level by the end of 2015,  which inter-alia includes,
·                  New thrust areas launched for UP, Bihar, West Bengal and Jharkhand.
·                  New Action Plan to include active search, new drug regimen, coordinated Indoor Residual Spray (IRS) etc.
·                  New non-invasive Diagnostic kit launched.

9)       Kayakalp –Award to Public Health facilities has been launched on 15th May 2015, as a national initiative to promote cleanliness, hygiene and infection control practices in public health facilities. Under this initiative public healthcare facilities shall be appraised and such public healthcare facilities that show exemplary performance meeting standards of protocols of cleanliness, hygiene and infection control will receive awards and commendation.
10)  Operational Guidelines have been  issued under NHM on :
(i)                 NHM Free Drugs Service Initiative
(ii)               NHM Free Diagnostic Services Initiative
(iii)             Mobile Medical Units
(iv)             Swachhta Guidelines for public Health Facilities
11)  New Guidelines:  The following new guidelines to strengthen capacities of States to effectively treat women in rural and urban areas of the country have been prepared:
(i)                 National  Guidelines for deworming in pregnancy
(ii)               Engaging General Surgeons for performing C-Sections and Managing Obstetric complications
(iii)             Maternal Near Miss Review Operational Guidelines
(iv)             National Guidelines for Diagnosis and Management of Gestational Diabetes
(v)               National Guidelines  for calcium supplementation during pregnancy and lactation
(vi)             National Guidelines for screening of hypothyroidism during pregnancy
(vii)           Screening for Syphilis during pregnancy
(viii)         DAKSHATA – A strategic initiative to strengthen quality of  intra and immediate postpartum care empowering providers for improved MNH care during institutional deliveries
(ix)             Daksh Skills Lab for RMNCH+A services (training manual for facilitators)
(x)               Daksh Skills Lab for RMNCH+A services (training manual for participants)

8 December 2015

Vacate carbon space: India to West

Country burns one-seventh of the coal consumed by the top two nations: Prakash Javadekar.

Painted as a roadblock in the climate negotiations by many on its plans to use more coal and defer scrutiny for greenhouse gas emissions, India on Monday adopted an aggressive position and asked developed countries how their economies could grow without growth in India and other developing nations.India is being asked for a peaking date for coal use, as China has provided, and urged to adopt a five-yearly periodic review of its national emission reduction pledges.
Union Environment Minister Prakash Javadekar said at a CoP21 media interaction that India had no problem with freezing the world’s carbon emissions at the current level, to avoid any further man-made rise in global temperatures over 0.8 degrees C, but that would leave no space for growth. Developed countries had already occupied two-thirds of the 3 gigatonne carbon emissions space in the atmosphere available to stop a rise in temperatures beyond 2 degrees C.
“I say, vacate the carbon space [to enable developing countries],” he said.Creating some room for itself to manoeuvre during the discussions which are now being undertaken by Ministers and negotiators, India said it did not believe the present forecast for a rise in global temperatures to 2.7 degrees C based on voluntary pledges (INDCs) made by 186 nations was the only scenario, because there would be technological developments during the coming years which would curb the increase.
Taking head-on the issue of coal, Mr.Javadekar said that criticism of India ignored the fact that the country proposed a seven-fold rise in renewable power capacity, after which “coal consumption will definitely come down”. But in absolute terms, the United States and many other countries had more emissions from coal than India did.
“I am identified as the third largest, but I burn a seventh of the coal of the top two,” he said. Unless the developing world grew, how would the world economy grow, how would the developed economies grow, the Minister asked. On the second contentious issue of a periodic review under a Paris agreement, India is arguing that the voluntary pledges submitted are for a 10-year cycle from 2020. After that period, it could give more progressive INDCs. What is evident, however, is that there is pressure from vulnerable countries such as islands and many poor nations that will be affected the most due to climate events, to tighten the emission targets in shorter cycles. U.N. Secetary General Ban Ki-moon also called for “regular five-year cycles” for the review mechanism while addressing the opening of the high level segment of the CoP21.Pursuing its familiar line of argument, India is asking for easy access to clean technologies. In this context, Mr.Javadekar compared the climate change issue to the response to HIV/AIDS, apparently referring to the use of generic drugs for universal treatment access.
Climate change is a bigger challenge, and presents an extraordinary situation and calls for extraordinary solutions, the Minister said, demanding that the developed world deliver on its promise of providing $100 billion to developing nations as annual climate finance from 2020.
On Tuesday, the countries belonging to the BASIC group — India, China, Brazil and South Africa — will have a meeting, apparently to forge a consensus and resist some of the pressures from the developed world.
IPCC warning
At the high level segment opening, Hoesung Lee, the Chairman of the Intergovernmental Panel on Climate Change, the scientific body making assessments for the UNFCCC, cautioned the leaders and negotiators that climate change due to human activity was now proven, and failure to act would result in severe and irreversible impacts.


The new facilities under ILTEO will assess the health of eight different biomes.

India on Monday announced a programme to open eight more long-term ecological observatories to study the effects of climate change.
The new facilities under the Indian Long Term Ecological Observatories (I-LTEO) would assess the health of eight different biomes (types of habitat) and come up with long-term research findings on the changes there that were happening due to climate change.
It will cover the Western Himalayas to Western Ghats, Eastern Himalayas to Andaman and Nicobar islands, central India to the Sundarbans, and from Jammu and Kashmir to Rajasthan and Gujarat.
Monitoring for 30 years
Launching the programme at the climate conference CoP21, Minister for Environment, Forests and Climate Change, Prakash Javadekar said the research facility of the Indian Institute of Science at Mudumalai in the Western Ghats had been monitoring a 50-hectare plot for 30 years and mapping observations to climate change.
Flora and fauna
The I-LTEO would scientifically monitor flora and fauna to assess how climate change is affecting “natural and closely associated human systems in agriculture and pastoralism,” a Ministry publication released on the occasion said.

Featured post

UKPCS2012 FINAL RESULT SAMVEG IAS DEHRADUN

    Heartfelt congratulations to all my dear student .this was outstanding performance .this was possible due to ...