Wednesday 16 September 2015

Artificial ‘plants’ could fuel cars in future

The newlycreated fuel can be stored for months or years and distributed through existing energy infrastructure.
A group of scientists in the US have created artificial “plants” that will use sunlight to make gasoline and natural gas through synthetic photosynthesis.The products can be used by cars in future as fuel.
The research, conducted by Kavli Energy NanoSciences Institute at the University of California, was led by Peidong Yang, professor of chemistry at the same university.
Photosynthesis, a natural process, turns water and carbon dioxide into sugar, thus storing sun’s energy for plants. But these artificial plants will produce liquid fuels, instead of sugar. The fuels can be stored for months or years and distributed through existing energy infrastructure.
Researchers have also created an artificial leaf that produces methane, the primary component of natural gas, using a combination of semiconducting nanowires and bacteria. Their first system employs long nanoscale filaments–nanowires–to turn sunlight into electrons, which bacteria use to convert carbon dioxide and water into complex chemicals. In the second system, nanowires generate electricity that splits water (H2O) into hydrogen and oxygen. Bacteria then combine the hydrogen with carbon dioxide to form methane, the largestcomponent of natural gas.
“We’re good at generating electrons from light efficiently, but chemical synthesis always limited our systems in the past. One purpose of this experiment was to show we could integrate bacterial catalysts with semiconductor technology. This lets us understand and optimise a truly synthetic photosynthesis system,” said Yang.
Burning of fossil fuels emits carbon dioxide faster than the natural photosynthesis that can absorb it.This system will pull every carbon that is burnt and convert it into a fuel that is truly carbon neutral, as explained by Thomas Moore, a professor of chemistry and biochemistry at Arizona State University, US. The researchers now hope to create a morerobust and efficient synthetic process than the natural one.
Yang, however, said that this system will give researchers new tools to study photosynthesis and learn its secrets.

UN IN 21ST CENTURY: DO WE NEED A MONOLITHIC INSTITUTION?

As the post-Cold War euphoria faded, the future of the United Nations became clouded by widespread scepticism and disillusionment about its roles and capabilities. Moreover, the world organization is crippled by heavy debts and entrenched bureaucracies. Nonetheless, pessimism about the United Nations should not limit its possibilities for the future.
Thus, we are confronted by fundamental questions at this juncture. Do we need, and want, the United Nations? Can the United Nations address the challenges of a world which is so different from that of 1945? Can it answer evolving peace and security demands and sub and transstate challenges, which are increasingly apparent? Can an organization which was established on the basis of relations between stable states adapt to issues and problems which do not conform to this paradigm?
States and the Evolving Nature of Sovereignty
Much effort is expended in questioning whether an international system based on sovereign states will be durable in the future. As various aspects of world affairs continue to be globalized, the state system seems to be increasingly incapable of addressing certain issues and problems.
In both developing and developed regions, ethnic minorities continue to challenge the legitimacy of national governments. The conventional concept of the state does not seem to provide a solution for ethnic and irredentist conflicts. The relationship between nation and state needs critical enquiry.
Another key question concerns the state's capability to govern. The most pressing issue concerns weak
and failed states.
In the face of growing internal violence, ethnic strife and human rights violations, it is essential to reassess sovereignty as the basic ordering principle of the international system from both an empirical and a normative standpoint. Empirically, one could question the extent to which the invocation of sovereignty was used to prevent international action in the face of massive human rights violation.
Normatively, it would have to be debated whether sovereignty entails not only states' rights but also the obligation to provide for the security and wellbeing of citizens. The principle of sovereignty should not prevent the international community from responding to severe human suffering.
Global Citizenship
Global citizenship focuses on the future of NGOs, the media and voluntary associations within global civil society. In a world of states and regardless of their wishes the global community of people has been steadily expanding and will continue to do so in the context of a global ethos. Within the UN system, non-governmental actors have played an increasingly prominent role in various areas, ranging from humanitarian assistance and human rights to the environment.
As the activities of NGOs have become more visible and important their international networks have also been growing. Yet the NGO community is far from monolithic. As a group, NGOs are immensely diverse, and their networks vary from issue to issue. One of the most pressing tasks is to investigate the nature of their networks and grasp their role and capacity as a pre-requisite for understanding the relationship between NGOs and the United Nations and its Member States.
Market Forces
As the globalization and liberalization of economic activity continue to increase in pace, the role of the private sector in international affairs will expand accordingly. Although the Bretton Woods institutions are part of the UN system, they have not fully developed a symbiotic relationship with UN development agencies.
Multinational corporations have long been a primary driving force behind the accelerating trend of economic globalization. For large international companies, geography and state boundaries are no longer significant obstacles to their activities. With the advent of a truly global market place, particularly in international finance, big businesses are becoming ever more globalized and powerful.
This creates implications for the economic sovereignty of governments, especially in small states.
Moreover, multinational firms are advancing global interests which have also created tensions with local, national and regional business concerns. This is also true for political actors, including local and national governments. In this context, multilateral companies have emerged as important actors in the international political process in various fields, particularly trade, investment and the environment.
Regional Arrangements
Regionalism lies between statecentred multilateralism and globalism. For various reasons, regionalism has been promoted in different areas. Yet, although attempts have been made to develop regional organizations in many areas, only a few have produced desirable results. One central question concerns the compatibility of regionalism with national interests and global interests. As a halfway house between the state system and global society, regionalism has both promise and
limitations. The UN SecretaryGeneral has repeatedly called on regional organizations to share responsibility with the United Nations in a division of labour in regional conflicts and peace keeping operations. However, regional institutions have often proved incapable of living up to his expectation because of their lack of resources and intra-regional politics.
International Organizations
If the structure of the UN system is unacceptable, what can be done to reform it? In particular, what kind of change is required to promote the United Nations as actor, arena and policy tool? The structure of the UN system was configured during the last days of World War II. Since then, the world has undergone tremendous change, while the basic structure of the world organization has remained largely intact. Clearly, the UN structure does not reflect today's international political
realities, which accounts for its inability to mobilize resources effectively. Restructuring the United Nations, including an amendment of its Charter, is imperative if the organization wishes to remain a relevant actor in world politics in the twentyfirst century.
Security Council: A case of flawed composition and representation or something
more?
The Security Council is arguably the foremost committee within the UN when addressing crisis management and important security issues. This is bolstered by the powers invested in it, making its resolutions binding upon those required, ensuring complete compliance other than in cases where nations turn rogue and disregard the rules imposed. Even in such cases, the powers bestowed upon the council through chapters VI and VII of the charter ensure that stringent countermeasures can be enacted with a great degree of immediacy. However it is perhaps the most prominent body to be at the receiving end of scathing criticism, considering the stark polarity in its composition and the ambiguities in its mandate. Debate regarding the first aspect of criticism is singularly centred on the veto power.
If the Security Council is to succeed as an organisation, it will have to do better to define and enforce a mandate regarding intervention, peacekeeping and use of veto in crisis situations. Proponents of a democratised UNSC have suggested doing away with the veto altogether instead of complicating the decision making process by offering more permanent seats, but the recondite article-108 is an obstruction to such endeavours. The article in lay terms suggest that a veto power may veto a resolution to get rid of the veto itself, a clever selfpreserving peace of legalese which acts as a shield for wanton selfinterest, which is unfortunately propagated using the security council as a shield.

Indian scientists decode Tulsi plant genome

The Tulsi, a small green plant with blue flowers, it is a pillar of the Traditional Ayurvedic medicine in India.
The plant synthesises a wide range of bioactive compounds, known for their antibacterial,antifungal,antipyretic and anticancer properties.
Indian scientists have deciphered the entire genetic makeup of Tulsi, a herb widely used for therapeutic purposes. The genome map will help in making new medicines using the plant.
A multi-institutional team led by Sowdhamini Ramanathan from the National Centre of Biological Science, Bengaluru revisited the ageold knowledge of the plant and its medicinal effects in their laboratories.
The plant synthesises a wide range of bioactive compounds, known for their antibacterial,antifungal,antipyreticand anticancer properties.
These compounds are metabolites, compounds that are a byproduct of plant metabolism, typically used for plant selfdefence.
These metabolites are very poorly understood because of lack of genomic information.
Sowdhamini and team have produced the first draft genome of O. tenuiflorum Krishna subtype, which is an important step in understanding and identifying the genes responsible for production of metabolites with medicinal properties.
“The sequence reveals the interesting pathways used by Tulsi to make ursolic acid, a medically important compound. If one could now use modern synthetic biology techniques to synthesise ursolic acid, it would be of great benefit,” said S. Ramaswamy, one of the researchers. 
“This is the first report of draft genome sequencing of a plant species from NCBS and we hope to do more,” added Sowdhamini.

WHO urges action against antibiotic resistance

Experts warn that without effective medicines, infections such as hospital acquired ventilator associated pneumonias, urinary tract infections and diarrhoea are becoming difficult to treat Cautioning against the indiscriminate use of antibiotics and other drugs which leads to resistance to medicines and treatment failure, the World Health Organization has urged member countries in Southeast Asia to address this public health threat urgently.
"Immediate action is needed to stop the world from heading towards pre-antibiotic era in which all achievements made in prevention and control of communicable diseases will be reversed. Common infections and minor injuries which have been treatable for decades may once again kill millions.
Resistance to antibiotics will make complex surgeries and management of several chronic illnesses like cancer, extremely difficult," Poonam Khetrapal Singh, regional director of WHO Southeast Asia Region, said at a regional meeting in Dili, the capital of TimorLeste.
Without effective antimicrobial medicines, a number of common infections such as hospitalacquired ventilator associated
pneumonias, urinary tract infections, diarrhoea, gonorrhoea, tuberculosis and malaria are becoming harder to treat, she added. Khetrapal Singh was addressing health ministers and senior health ministry officials from 11 member countries of WHO Southeast Asia Region, at the sixtyeighth annual meeting of the Regional Committee.
According to estimates released by the British government in December 2014, antibiotic resistance will be responsible for 10 million deaths annually by 2050. Its economic cost will result in a 2 to 3.5 per cent decrease in global gross domestic product by the same year if antimicrobial resistance goes unchecked. Reduced productivity from persisting illness, and its cost of treatment, will add to the economic loss.
Khetrapal Singh said comprehensive and integrated national action plans are needed to respond to antimicrobial resistance. Countries need to strengthen monitoring of the extent and cause of antibiotic resistance, improve infection control in hospitals and regulate and promote appropriate use of medicines.
She urged that WHO Southeast Asia regional strategy, the Jaipur Declaration on Antimicrobial Resistance, 2011, and the recent Global Action Plan need to be implemented in totality, keeping in mind national priorities and context.
Antibiotic resistance is growing due to injudicious use of antibiotics by prescribers, patients not completing full treatment courses, overuse of antibiotics in livestock and fish farming, poor control of infections in healthcare settings and poor hygiene. There are only a few new antibiotics available to replace the resistant and ineffective ones.

Nuclear energy set to grow at 45 per cent in next 20 years

Demand for nuclear energy has, however, declined after the Fukushima disaster of 2011 Global nuclear generation capacity is set to grow from 379 GWe to 552 GWe by 2035, says a new report. This means that global nuclear power generation capacity would grow by more than 45 per cent over next 20 years.
Titled World Nuclear Association Nuclear Fuel Report, the new release suggests that in both established and potential markets, nuclear power faces an increased competitive challenge from other modes of generation.
According to the report that was published by international organisation World Nuclear Association, nuclear power currently contributes about 11 per cent of world electricity supply. The International Energy Agency has projected that the contribution would grow steadily in the next 20 years. But it also mentions that the demand for nuclear energy has declined after the Fukushima disaster of 2011.
Meanwhile, since world known resources of uranium, a prerequisite for production of nuclear power, are more than adequate to satisfy reactor requirements to well beyond 2035, its production has stopped rising. But the prospects for new reactors continue to be strong in China, India and Korea as well as in a number of countries in the European Union and the Middle East. This might result in the need for additional mined uranium.
Another factor that hampers growth is that excess global enrichment capacity has resulted in delay of some new projects until after 2020 and the use of existing capacity for underfeeding.
Calling for greater recognition of the role of nuclear generation, a previous statment by World Nuclear Association has said that the governments must take action to ensure that the lights will stay on decades into the future and policies are needed to steer us to an environmentally sound energy mix.
While losses from disasters like Fukushima, Chernobyl and Three Mile Island disaster are still engraved in memories of many, it will be interesting to see nuclear energy’s growth trajectory in coming years.

China syndrome: fracked oil and Saudi Arabia's big gamble hit sinking global economy

For anyone who believes in the ineffable wisdom of 'free' markets, the current sinkaway oil price takes some explaining, writes James Meadway. Saudi Arabia's big gamble that it could put US shale oil out of business by over-pumping has now collided with China's falling demand for energy. Result: oil producers everywhere are swimming in red ink. Where will it all end?

"OPEC producers are hoping to deter future investors from US shale - and indeed other high-cost alternative sources, like Canadian tar sands and Arctic drilling. But now OPEC's costly gamble may be falling foul of a slowing global economy".
The 'fracking revolution' has transformed the economics of oil production globally, with the US becoming a bigger producer than Saudi Arabia and - after decades of dependency on oil imports - even being able to export some of its surplus production.
US shale oil is unusual, too, in being privately owned: most of the world's oil reserves (over 70%) are in state hands. Like the North Sea 30 years ago, in a world dominated by state-owned companies and publicly owned reserves, US shale could look like a new frontier for private operators on the search for fat profits.
New technology, high oil prices, and plentiful cheap credit have encouraged the boom. Some $200bn has been borrowed to invest in fracking in the last few years, accounting for 15% of the entire $1.3tr US junk bond market. Investors were, in effect, betting on continuing high oil prices making their investments profitable for years to come.

Last year's slump in prices trashed that calculation. From a mid-year high of $115 per barrel, by the end of 2014 the price per barrel had fallen by more than 40%. More than half of US shale rigs have been laid up since October.
The driver, last year, was the behaviour of OPEC - the Organization of Petroleum Exporting Countries. OPEC is a cartel agreement among major oil producers that seeks to manage the international market for oil. With oil prices already plunging over the summer, OPEC could be expected to ease off on production.
Running against the logic of the market
Restricting supplies should, thanks to the magic of the market, produce a decent increase in the sale price of oil. Instead, with Saudi Arabia taking the lead, OPEC decided to continue production levels. No agreement on restricting output could be reached. Prices slumped.
The economics of oil production are simple - crude, even. The upfront investment needed to sink a new well is significant. After that point, however, the variable costs - including pay - are a minimal part of the expenditure. That's the case even when, as in Norway, oil workers' average annual wages are $179,000.
These high initial costs, relative to lower running costs, mean that once a well is drilled the owner has a huge incentive to keep on drilling - even at very low prices. If they can cover their immediate costs, which are low relative to the initial outlay, they can make a profit in the short run.
But that creates a ratchet effect: once a well is drilled, only a spectacular fall in the price of oil will stop oil from being pumped. The more oil is pumped, however, the lower the price is likely to fall. Each producer, in this scenario, is trapped into producing more and more, driving down the price further and further.
This effect has meant the slowdown in US shale output has been far slower than might have been expected, given the dramatic decline in price.
It's only with a cartel, like OPEC, that this ratchet can be broken. Because it is formed by states, rather than private producers, OPEC can afford to run against the logic of the market. In the case of Saudi Arabia, with cash reserves of around $800bn, it can afford to run against the market logic for a very long time.
OPEC seeks to maximise revenues for its members. Generally, that means all members agreeing to restrict supplies, and then holding to their agreement. Instead, confronted with falling oil prices, OPEC has worked to increase its supplies, apparently working directly against its own interests.
Non-OPEC producers feel the squeeze - especially the US
Disentangling motivations from the conflicting claims is unclear. But the net effect of this drive to expand was to plunge major non-OPEC producers into serious crises.
Late last year, attention was focused on Russia. The Russian Government is dependent on oil and gas revenues for about half its income, a dependency it shares with other large oil and gas exporters. This means that any decline in oil and gas prices immediately squeezes government revenues, alongside its wider economic impact.
However, the Russian Government also has deep pockets, having built up reserves estimated at around $400bn during the boom years of the 2000s. The plummeting oil price was expensive, but not disastrous if prices stabilised - as, eventually, they did, in early 2015.
The major victim of the price plunge was not Russia, but the US fracking industry. The critical number in all this is the 'break-even' price of oil. This is the oil price at which any given well starts to turn a profit.
For US fracking, that's $70-77 a barrel. At current oil prices, US frackers are staring at heavy losses. Conventional oil is far cheaper, with the break-even price in the Middle East running at $10-17 a barrel.
But since many oil-producing countries are financing themselves on the back of oil sales, imposing taxes to fund state expenditures, the true break-even price (including the cost of paying for the government) for most major producers is far higher.
Deterring investment in high cost oil production
For Saudi Arabia, the 'fiscal' break-even price (including payments needed to keep the government afloat) is around $92 per barrel. For other OPEC producers, it can be far higher - $116 per barrel in Iraq, for instance.
So low prices impose a significant loss on these states. But since they are states, rather than heavily indebted private producers, they should (in theory) be able to bear the losses. Even with reserves on the scale of Saudi Arabia's, it is a high-risk strategy: something like a game of chicken, with OPEC relying on US shale's shaky financing to lead to its collapse.
It may be working: major US shale operators, drowning in debt, are suspending dividend payments to shareholders in a bid to conserve their cash.
The strategy seems clear. By using its market power to squash oil prices now, OPEC producers can hope to deter future investors from US shale - and indeed other high-cost alternative sources, like Canadian tar sands and Arctic drilling. In doing so, they can continue to claim a major share of the market, and maintain their own dominant position.
That, at least, was the situation at the end of last year and into this year. And with US shale reeling, output dropping over the year, OPEC has hinted at future tightening of production, leading to a rising oil price once more.
But events in China point to difficulties ahead. 'Black Monday' saw China's stock market boom come crashing to a halt, with share prices falling through the floor despite heavy-handed government intervention - including a pledge of $485bn to buy shares.
China's markets may now look calmer, but the bursting bubble has made clear that the country's extraordinary, decades-long transformation into an economic superpower is now winding down.
China's seemingly insatiable demand for raw materials, including oil, is easing off. And as it eases off, the oil price has started to look shaky once more. OPEC's costly gamble may now be falling foul of a slowing global economy.
  Oil Refinery at Oxymoron'. Artwork by Wyatt Wellman via Flickr (CC BY-SA).
 

Centre approves national policy on offshore wind energy

Government hopes to repeat the success of onshore wind power development that happened in 1990s
The Union Cabinet has approved the National Offshore Wind Energy Policy to boost renewable energy development in the country.
The consent given by the Cabinet that was chaired by Prime Minister Narendra Modi includes settingup of offshore wind power projects and research and development activities in waters (in or adjacent to the country) up to the seaward distance of 200 nautical miles (about 370 kilometres) or the Exclusive Economic Zone (EEZ) of the country from the base line.
As per the statement released by Government of India, Ministry of New and Renewable Energy(MNRE) has been authorised as nodal ministry for use of offshore areas within the EEZ of the country. Similarly, National Institute of Wind Energy (NIWE) has been authorised as the agency for development of offshore wind energy in the country. It will carry out allocation of offshore wind energy blocks, coordination and allied functions with related ministries and agencies.
Preliminary assessments along the 7,600 kilometre long Indian coastline have indicated prospects of development of offshore wind power. With the introduction of the National Offshore Wind Energy Policy, the Centre is attempting to replicate the success of the onshore wind power development.
Time to replicate past success
In the early 1990s, MNRE had taken up onshore demonstration projects in various states. A total of 71 megawatt (MW) of demonstration projects in seven states had attracted interest. Since then, India has achieved significant success in the onshore wind power development, with over 23 gigawatt (GW) of wind energy capacity already installed and generating power. Worldwide, offshore wind power projects with total capacity of 7.5 GW have been installed. UK is leading with installations of 4.2 GW.
Going by the success of onshore wind energy development, the government expects a similar result in offshore wind energy development too.

World Bank ranks Gujarat as most investorfriendly State

Gujarat has come out on top in the World Bank’s first ever ranking of States on the ease of doing business in India.
States were assessed on the implementation, over a six month period from January to June, of a 98point reforms agenda.
Chief Secretaries of States participating in the “Make in India” workshop inaugurated by Prime Minister Modi in New Delhi last December finalised this action plan on “Ease of Doing Business”.
It was decided later to evaluate States to assess progress by June 2015.
BJP governed States dominate the top ranks. Gujarat implemented 71.14 per cent of the reforms, according to the assessment. Andhra Pradesh came second with a score of 70.12 per cent, Jharkhand third at 63.09 per cent, Chhattisgarh fourth with 62.45 per cent and Madhya Pradesh fifth with 62 per cent.
The largest recipients of foreign investments, Maharashtra and Tamil Nadu, are ranked eighth and twelfth with less than 50 per cent scores.
Annual exercise
“The rankings reflect the ease of doing business in these States by the small and medium enterprises rather than foreign investors,” said World Bank Country Director Onno Ruhl.
The Union Department of Industrial Policy and Promotion, the Confederation of Indian Industry, Federation of Indian Chambers of Commerce and Industry (CII) and KPMG were involved in the exercise.
The rankings of States will be released annually.
“It is expected that investments will begin to flow to States that make it easier to do business, seeing which the low rank States could be encouraged to take up reforms,” said former CII president Sunil Munjal at the release of the report.
The focus of the study is on eight key areas: The setting up of a business, allotment of land and obtaining construction permit, complying with environment procedures, complying with labour regulations, obtaining infrastructure related utilities, registering and complying with tax procedures, carrying out inspections and enforcing contracts. States made good progress in terms of tax reforms, the report stated.
Punjab emerged the best performer in the category ‘setting up a business’ and Maharashtra in ‘obtaining infrastructure related utilities’.
Madhya Pradesh topped ‘allotment of land and obtaining construction permit’ and Karnataka ‘registering and complying with tax procedures’. Gujarat was assessed as the best for ‘complying with environment procedures’. Jharkhand is the best in two categories: ‘carrying out inspections’ as well as ‘enforcing contracts’.
“While the World Bank has been working for many years with officials of the Government of India, this gained traction only in the last one year thanks to the political commitment coupled with renewed efforts of officials of Central and State governments to make India an easy andsimple place to do business,” said Mr. Ruhl.
 State  - State Score
Gujarat -71.14%
Andhra Pradesh -70.12%
Jharkhand -63.09%
Chhattisgarh -62.45%
Madhya Pradesh -62.00%
Rajasthan -61.04%
Odisha -52.12%
Maharashtra -49.43%
Karnataka -48.50%
Uttar Pradesh -47.37%
West Bengal -46.90%
Tamil Nadu -44.58%
Telangana -42.45% 
Haryana -40.66%
Delhi -37.35%
Punjab -36.73%
Himachal Pradesh -23.95%
Kerala -22.87%
Goa -21.74%
Puducherry -17.72%
Bihar -16.41%
Assam -14.84%
Uttarakhand -13.36%
Chandigarh -10.04%
Andaman and Nicobar Islands -9.73%
Tripura -9.29%
Sikkim -7.23%
Mizoram -6.37%
Jammu and Kashmir -5.93%
Meghalaya -4.38%
Nagaland -3.41%
Arunachal Pradesh -1.23%

Tuesday 15 September 2015

Monkey-human conflicts on the rise in India

Himachal pradesh farmer Rajesh Bisht says he does not believe in the popular Hindi proverb Bandar kya jaane adrak ka
swad (What does a monkey know about ginger’s taste) as he stands in his ginger plantation at 4 AM to guard against wild
monkeys. Marching through the slush in his leechinfested field on a cold July morning, the resident from Chaukha village
in Sirmaur district says farmers take turns to guard against wild animals.
At 10 AM, Ramesh Verma, a retired animal husbandry official who now does farming in Chaukha village, hurries from his farm to attend a meeting called at the sarpanch’s residence to address the issue of monkey menace. Monkeys had destroyed his entire corn plantation last year. “I had invested Rs 50,000 to plant corn on my 1.2hectare(ha) farm.
Monkeys completely destroyed it,” he says. Ironically, the drawing room where the meeting is convened has a big Hanuman calendar on its wall. “We worship Hanuman but these monkeys are not his descendants. They belong to the evil monkey king Bali who was slain by Lord Ram,” clarifies Chaukha’s sarpanch Mandakini Devi. Verma says that livelihood is more important than religious beliefs. “Our ancestors warned us that the day monkeys start raiding crops, you know apocalypse has arrived,” he says.
While Verma’s prediction of an apocalypse may appear farfetched, it is safe to assume that monkeys have left a substantial dent in the state’s agriculture production capacity. According to the National Institute of Disaster Management, Himachal Pradesh loses farm produce worth Rs 500 crore annually due to wild animals, including monkeys. The crop loss figure is higher than what the state spends on agriculture every year. The state’s budgetary allocation for agriculture for 2015-16 is Rs 450 crore.
O P Bhuraita, convenor of Shimla based farmers’ rights group, Kheti Bachao Andolan, says the state lost crops worth Rs 2,200 crore due to monkeys between 2007 and 2012. “This includes the cost of diverting labour from farming to keeping a watch over the fields,” he says. Between 1990 and 2004 the number of monkeys in Himachal Pradesh increased from 61,000 to 317,000—a fivefold increase, according to the state wildlife department. The onslaught by monkeys remains high despite desperate measures by the state government, which has tried everything from culling to sterilising monkeys.
Himachal Pradesh is one example of how bad the situation is in the country. From Jammu and Kashmir in the north to Karnataka in the south, several states in the country are struggling to contain assaults by monkeys (see ‘Cost of menace’).
In 2013, Jammu and Kashmir agriculture minister, G H Mir, issued a statement that said 250 villages in Jammu lose farm produce worth Rs 33 crore every year because of attacks by wild monkeys.
The story of Uttarakhand is equally bad with village residents opting to sell their farmlands than grow crops. One such village that falls in Dehradun district is Fulsaini, where close to 50 per cent of cultivable land lies fallow because of destruction by wild animals such as monkeys. Fulsaini’s sarpanch, Amit Kala, says a majority of the land that is still under cultivation is owned by a Delhi based farm developer because many residents sold their farms at a throwaway price after monkeys started attacking their farms.
In 2010, farmers in two of Bihar’s worst affected constituencies—Chainpur and Saharsha—formed an association, Bandar Mukti Abhiyan Samiti, to pressurise politicians to act. More than 50,000 farmers in the two constituencies lose crops every year because of monkey attacks.
In Karnataka, farmers lost crops worth Rs 5 crore in 2010 because of monkeys, according to the state’s agricultural department data. Media reports suggest that crop loss because of monkeys has increased in the state in the past five years,even though no government data is available. However, state forest department data suggests that close to 800 small farmers gave up cultivation in the Karkala taluka near Mangalore after monkeys destroyed 75 per cent of crops in the area in 2012. As a result, over 57 ha of fertile land lies fallow in the taluka today. “Traditionally, farmers assume that around 10 per cent of the produce will get destroyed by wild animals. But what do you do when the entire crop gets destroyed,”
asks Verma.
Havoc in the city
Not just village residents, city dwellers are also struggling to cope with monkey menace. According to the Primate Research Centre, Jodhpur, which is one of the three Union government run institutes on primates, more than 1,000 cases of monkey bites are reported every day in Indian cities. The other two national primate institutes are located in Mysore and Bengaluru. Almost all cities with high monkey population have abundant stories of monkeys “encroaching and destroying” property and “robbing” people. In Varanasi, monkeys have literally derailed Prime Minister Narendra Modi’s plans of making the city wifienabled.
City officials say monkeys regularly chew the optical fibre cables that have been laid for the scheme. They are now planning to lay the cables underground.
Monkeys are wreaking havoc even in the capital. Former deputy mayor of Delhi, S S Bajwa, fell from his terrace and died in 2007 after monkeys attacked him. Monkeys have also laid siege on open areas of several Delhi restaurants, including the famous India Coffee House. “We warn our customers not to sit outside because of monkeys. At times, 30 to 40 monkeys attack together and our waiters have to use firecrackers to disperse them,” says restaurant manager Satish. In Chandigarh, a frustrated local administration issued an advisory to its citizens educating them on how to handle monkeys in 2013. In Shimla, residents have covered their water tanks with barbed wires to prevent monkeys from taking a dip.
Haridwar residents refer to monkeys as bhikhari bandar or monkey beggars because they are often found near beggars and steal from people. Even the holy towns of Vrindavan and Mathura are struggling, where local newspapers regularly report stories of monkey attacks.
Why are monkeys entering human habitations?
Monkeys are our closest relatives in the animal kingdom and we have always peacefully coexisted and benefitted from each other. In fact, they are the second largest population in primates, after humans. But this relationship seems to have gone sour over the years (see ‘Monkey in our backyard’).
The reason is because monkeys, along with Grey langurs and bonnet macaques, have adapted to urban habitats over the years, says Goutam Sharma, a faculty member with the animal behaviour unit under the department of zoology, Jai Narain Vyas University, Jodhpur. “Out of the nearly 225 living species of non-human primates, these three species have adapted to the urban way of life,” he says.
As monkeys started staying with humans, their population boomed. The International Union for Conservation of Nature(IUCN) lists Rhesus macaque under the red category of species that are least threatened. Experts say the reason the population of monkeys has multiplied after their natural habitat was destroyed is because of their ability to adapt to new habitats. “Macaques quickly discover new food and water sources in their environment,” says Sri Lanka based primatologist Wolfgang Dittus in his study of Toque macaques, a close relative of Rhesus macaques or the common monkey. Dittus was part of a 12member expert team that was set up in 2005 by the Indian government to formulate
guidelines to effectively contain monkeys (see ‘Jumpstart’).
“In forests, a Rhesus macaque has to spend about 10 to 14 hours in search of food. However, if we look at the street dwelling urban monkeys or even those living dangerously close to human settlements in a rural setting, finding food takes only 10 minutes,” says Satish Sood, who heads one of the state-run sterilisation centres for monkeys in Himachal Pradesh.
“When there is food in abundance, monkeys spend more time procreating,” he says.
Experts also say that the proximity to villages and cities has increased their life expectancy. “In their native forest homes, their numbers are kept in check by a limited supply of natural forest foods and water. Rates of death are high among wild primates, with up to 80 per cent dying before adulthood, offsetting birthrates,” says Dittus.
Besides the behavioural shift in monkeys, the other reason for their moving to new geographical areas is the government’s practice of translocating monkeys from the cities to forest areas near rural areas. Residents of Chaukha village, which is at an altitude of 2,072 metres above sea level, say monkeys were brought to the forests from Shimla and Mandi. “Monkeys are never found at such high altitudes. But the government forcefully dumped the animals in our forests,” says Verma. Even Delhi’s attempt to translocate monkeys has backfired. In 2007, the state wildlife department captured over 19,000
monkeys to translocate them to a wildlife sanctuary created at Asola Bhatti mines on the outskirts of the city. While New Delhi breathed a temporary sigh of relief by the move, the residents of Sanjay Colony near the sanctuary struggled. The illegal colony of the Od community, who for three decades mined Bhatti area of the Aravalli hills, registered an alarmingly high number of attacks by monkeys who would escape the sanctuary. “Every day, we have 10 to 11 cases of monkey bites,” says 55yearold Seeto Od. She adds that they are harassed by the forest officials if they try to chase off the monkeys. Not just the people of the colony, even the monkeys are struggling. A member of the committee set up to
oversee the translocation complained of irregularities in feeding of the monkeys at the sanctuary. In 2014, the Delhi High Court issued a notice against the Delhi government asking it to ensure sufficient food was available for the captive monkeys. On February 19, 2015, the court ordered the government to issue e-tenders to find a new contractor to supply food at the sanctuary.
States attempt to fight the menace
The extensive destruction by monkeys has prompted state governments to swing into action. They have tried various strategies—from culling and sterilisation drives to awareness campaigns not to feed monkeys. Himachal Pradesh was the first state to experiment with culling in 2007, after farmers started protesting in Shimla against government apathy. The then state Principal Chief Conservator of Forests, Vinay Tandon, identified 200 worst hit villages and employed sharpshooters to kill monkeys. Tandon used a special provision of the Wild Life Act that allows the chief wildlife warden to categorise certain herds of animals as “nuisance” and culled under the supervision of the state Forest and Wildlife
Department.
“The state culled 480 monkeys during that phase,” says Bhuraita of Kheti Bachao Andolan. “The villages breathed a sigh of relief, but it lasted for only two years. Monkeys returned and this time they were more belligerent,” he adds. The state opted for culling even though there are studies that prove the method makes the animal more aggressive. It is this behaviour that explains the attacks on ginger plantations, a crop monkeys normally don’t eat. “It is only a temporary measure because the void left (behind) by killed monkeys is soon filled by other monkeys from surrounding areas.
Monkeys are territorial; they monitor their neighbour’s movements daily and discover that a food source, like garbage, crop or home garden, is left undefended by their rival monkeys. New monkeys fill the void… and their numbers soon swell to match the original pest populations,” says Dittus. Primatologist Raghubir Singh Pirta says culling is at best “a temporary solution that is fast and relatively cheaper than other methods”.
Himachal Pradesh also launched a sterilisation drive in 2007, but even that has had limited success. The state government had spent Rs 6.4 crore to set up eight sterilisation centres. J S Walia, Himachal Pradesh Principal Chief Conservator of Forests (Wildlife), says only 96,500 monkeys have been sterilised in the state in the past eight years. The Tutikhandi sterilisation centre near Shimla, the first one to be set up in the state, at present, did not have a single monkey in the facility in July because capturing does not happen during the breeding season. Officials say that a monkey captured for
sterilisation is usually kept for three days before it is freed in the wild. Sood, who heads the centre that was earlier a zoo,says it has a capacity to operate on 3545 monkeys in a day. “June and July are the breeding months and it is unethical to capture them. It becomes difficult to capture the monkeys from August when it starts to rain. They normally stay inside forests till September and come out in October when the food starts to exhaust in forests,” he says.
The sterilisation rate at the centres has been poor. On an average, each camp has the capacity to sterilise 45 monkeys every day. This adds up to 54,000 sterilisations every year or 430,000 sterilisations in the past eight years. But just 96,500 monkeys have been sterilised since 2007. The last animal census in 2004 showed that the state had 317,000 monkeys.
Sood says forest department surveys suggest crop damage in the state is done by 50 per cent of the population or 158,500 —a number that should have been sterilised so far. According to a 2013 research carried out by A J Rao, a scientist from the Primate Research Laboratory of the Indian Institute of Science, Bengaluru, Rheuses macaques in south India breed at the rate of 36 per cent a year, so the actual population would be substantially higher. Sood adds that at least 1/3rd of the
population needs to be sterilised to be able to arrest the rate of population growth in the state, but authorities have failed to achieve the 1/3rd target. The state government plans to set up more sterilisation camps, instead of improving the sterilisation rate at the existing centres. “A new centre is coming up in Kullu district,” he says.
The reasons for the failure of sterilisation are many. “The number of monkeys we are able to capture is low. Also, 1014 per cent of the monkeys we capture are already sterilised,” says Sood. The department earlier dyed the monkeys, but many of them would lose hair or get scarred which made it difficult for the capturers to identify them. A wildlife officer in Shimla says there have also been cases where monkeys have “stolen” bait from traps without getting caught. Walia says a new census is underway in which the forest department is using GPS to track the monkeys by plotting them directly on a
map. They are also planning to install microchips in the sterilised monkeys for better identification.
Meanwhile, the country’s foremost wildlife research institute, the Wildlife Institute of India (WII), is working on oral contraceptives for monkeys that can be administered through food. Experts say this will make capturing of monkeys for sterilisation redundant. “One of the main advantages of oral contraception is that it is nonsurgical,” says P C Tyagi of WII. Media reports suggest the Himachal Pradesh forest department has asked several agriculture universities including Chaudhary Sarwan Kumar Agriculture University, Palampur, to develop feed for monkeys in which these contraceptives
could be given.
The state government has also tried employing ultrasonic guns that can scare monkeys away and create van vatika or small sanctuaries for different troops. The plan to use ultrasonic guns, which cost Rs 20,000 each, was shelved after municipal officials said the ultrasonic frequencies jammed phone and internet services. Wildlife department officials say van vatikas were found to be unsustainable because of infighting within various troops of monkeys. Himachal Pradesh plans to spend Rs 12 crore in 2015 to control monkey population in the state.
Uttarakhand is now trying to emulate the Himachal Pradesh’s sterilisation drive, and has sanctioned Rs 17.5 crore for the same. The state also recently issued a notice that levies a Rs 200 fine on people feeding monkeys at pilgrim and tourist sites. The step was introduced after experts said the act of feeding makes them believe that humans are inferior to them.
“Monkey society is built on a strong hierarchy of dominance, where the highest ranking is free to exploit all subordinates, and so on down the line of the hierarchy… The assertion of social rank translates into survival. Therefore, when a human donates food to a monkey, the person signals his/her social inferiority to it,” says Dittus.
Besides relocating monkeys out of the city, the Delhi government hired Gray Langur, the most common longtailed monkey across south Asia, to chase monkeys between 2012 and 2013. The practice was discontinued after the Union environment ministry said it violated the Wild Life Protection Act, 1972, that says langurs are endangered species. The administration then tried to use young men dressed as langurs to chase monkeys, which had limited success.
Telengana, which is home to more than 200,000 monkeys, has proposed to plant trees across the state and create green islands to provide habitation to monkeys. Chief Minister K Chandrasekhara Rao in July this year announced the Rs 830crore Haritha Haaram (Green garland) scheme. Under it, the state plans to its increase tree cover from the present 24 percent to 33 per cent. “The chief minister feels that the monkey’s habitat and foodsource has been greatly depleted,” says P K Sharma, Chief Wildlife Warden, Telangana. The government plans to procure 373 million saplings this year, out of
which 365 million will be non-fruit trees. This means that while the tree cover may increase in the state in the coming years, it might not translate to more food for monkeys.
Monkey business
Though now banned, monkeys are illegally exported from India for biomedical research
At a time when monkeys are destroying crops across the country, farmer oraganisations say the government should look at removing the ban. India used to export monkeys for biomedical research till 1977, when the Janta Party government at the Centre banned it. A 2014 Wikileaks on the internal communications of the US State Department says the reason India stopped exporting monkeys is because the US was "illegally" using them for military experiments. It says that a USbased
non-profit, International Primate Protection League, approached the Indian government with evidences that the monkeys were exposed to lethal neutron radiation. The Indian government implemented the ban even though the US Department of Defence denied the experiments.
An investigation by the Wall Street Journal in 2006 suggests that India used to ship 12,000 monkeys every year to the US for research purposes till 1977. The investigation says a single Indian monkey was sold for $80 in the 1970s. A 2002 report by the Zoological Survey of India says 500,000 monkeys were exported till 1977.
However, forest officials say illegal exports of Indian monkeys continue via Nepal and the animal currently fetches $14,000 each in the international market.
India has half a dozen biomedical research institutions today. They have about 300 monkeys for research, says A J Rao, a scientist from the Primate Research Laboratory of the Indian Institute of Science, Bengaluru.
"Procurement is done only from the wild, and no captive breeding is undertaken in any of the laboratories," he adds.
Primatologists also warn that Indian monkeys should not be used in research today as they could have developed infections because of their proximity to human settlements. A 1999 study conducted by primatologist Iqbal Malik on 2,000 monkeys captured in the Himalayan foothills found more than 40 per cent had at least one potentially harmful disease. "They are more prone to infections because of increased contact with humans," says Malik.
Understanding primate behaviour
India faces a monumental puzzle. On one hand, the monkey menace has caused unprecedented damage to local livelihoods, and on the other, efforts to mitigate the crisis have not been able to match the scale of the problem.
Psychologists say that once monkeys construct a niche in urban areas, their aggressive behaviour is likely to increase due to competition for food and space.
As it emerges, there are two aspects that need to be addressed: our understanding of primate behaviour, and a consolidated national approach to the crisis. A decade ago, India took a step to acknowledge the problem. The Union government tasked 12 primatologists, including Iqbal Malik, Mewa Singh and Wolfgang Dittus, to prepare a plan to deal with monkeys. The team submitted the Action Plan for the Control of Commensal, NonHuman Primates in Public Places the same year. It identified 10 species of nonhuman primates in conflict with humans and recommended specific methods to handle each one of them. The expert group also recommended the setting up of central and local level committees to effectively run translocation, sterilisation and conservation programmes for various species of monkeys. The committees would oversee the treatment of monkeys in captivity and maintain a registry of the animal. But their recommendations were never implemented. “The government could not understand the magnitude of the problem,” says Malik.
However, to revive the national plan to control monkey menace, India needs a combination of strategies, from a new institutional mechanism to adopting new technological solutions. First, as proposed by the expert group, management of monkeys as a species needs to be brought under the Union list of the Constitution, which will enable a national programme to monitor, control their population and plan for effective strategies. This will also lead to the much needed monkey census. A similar strategy was adopted for tigers and rhinos to protect and avoid conflicts with humans. “From here, we can kickstart the next phase: mitigation and adaptation. We need to reinvent existing strategies and incorporate innovative technologies,” says Mewa Singh, a primatologist at the University of Mysore.
For example, the experiences of Hong Kong and Japan combine well targeted popular methods like sterilisation and culling as well as technological innovations to keep monkeys at bay. Hong Kong reported extensive crop loss because of monkeys till early 2000. The country then rolled out a comprehensive plan that included targeted sterilisation, strict rules on feeding and promotion of urban forestry. Between 2008 and 2012, the birthrate fell from 68.9 per cent to 30.2 per cent, according to a study by Chinese University of Hong Kong in 2013. Japan gained control over the monkey population with a series of policies that included targeted culling, reviving of natural habitats and employing people to guard crops against attacks.
Closer home, there are a few adaptation measures that have arrested the problem to a certain extent. For instance, a lowcost acoustic device—developed by the Indian Council of Agricultural Research (ICAR), New Delhi, and Via Life, a Bengaluru based company—can repel animals from entering the farms. “The device can be customised for different animals and covers up to 1.61 ha of farmland. It produces distress sounds of the same species or sounds to keep the animals away,” says Mahesh S S Iyer, CEO of Via Life. ICAR had used a similar device, Harmony Q, to protect sunflower farmers in Maharashtra and Karnataka. The device conveys the message to animals that the broadcast area is dangerous, says Vasudeva Rao, who has been working with the All India Network Project on Agricultural Ornithology.
In few desperate situations, farmers have even changed cropping pattern to evade monkeys. Farmers in Sonitpur district, Assam, who faced regular monkey raids, switched from paddy farming to tea cultivation. “The monkeys did not attack tea plantations because of the bitter taste,” says Deep Bhagawati, general secretary of a tea farmers’ association. The farmers are now able to earn a steady margin of profit. “I think it is time, we started protecting our crops. Farmers have to cover their crops with nets, a practice that is successfully followed in Israel,” says Malik. Simple techniques such as drip
irrigation have been used in Israel to repel monkeys. They are scared of water, and drip irrigation constantly sprinkles water (see interview).
It is easy to paint the monkey as the villain. But nature has always pointed towards coexistence. We need to take a call, and, now.
With inputs from Rajeshwari Ganesan
INTERVIEW: 'Governments never listen to experts'
Primatologist Iqbal Malik is considered an expert on monkey behaviour and has authored several papers on humanmonkey conflicts. She was also part of the expert committee that was appointed by the Union government in 2005 to devise methods to contain monkey menace. In an interview with Anupam Chakravatty, she talks about the reasons the situation has deteriorated over the years
Why have humanmonkeyconflicts increased in India?
In 1989, I was part of the team that drafted the first plan to help the Union and Delhi governments to translocate monkeys from urban areas. While we were identifying the various monkey troops in the city, authorities were randomly trapping monkeys and in the process breaking the troops. This resulted in the creation of many smaller groups in the city. Monkeys are territorial animals and the smaller groups started spreading to newer areas. One has to understand that monkeys easily adapt to new surroundings.
You proposed the first monkey sanctuary in India. Why did it not work?
In 1998, I submitted a plan to the Delhi government on how to set up a sanctuary outside the city for relocating monkeys.
But the government did not follow the plan. Our proposal said specific plants should be planted at the sanctuary site before the relocation. But, the government started releasing these monkeys in barren areas. We had also suggested placing PVC sheets on the sanctuary periphery to ensure the monkeys did not escape the site.
Instead, the forest department used iron bars that helped monkeys escape from the sanctuary.
What is your take on sterilisation?
Catching monkeys randomly and sterilising them does not help. One needs to study these monkeys before proposing translocation or sterilisation. Loners and alpha males have to be caught first. Authorities do not pay heed to such details.
IN PICTURES: Monkey gods and demons
Monkeys are now living dangerously close to human habitations. Attacks by monkeys lead to crop losses worth crores of rupees in states like Himachal Pradesh, Jammu and Kashmir, Uttarakhand, Uttar Pradesh and Karnataka. City dwellers are also struggling to cope with the monkey menace. The animals destroy property, steal food and attack humans in cities such as Jodhpur, Varanasi, Delhi, Chandigarh, Shimla, Haridwar and Mathura. In Nangla Mubarik village of Muzaffarnagar district in Uttar Pradesh, farmers have no option but to resort to air guns to scare monkeys off their farms. Even this measure brings only temporary relief as monkeys continue to attack crops, whether edible or not.
The situation is worse in Nangla Mandaud, another village in Muzaffarnagar district, where monkeys have laid siege to the entry road to the village. They descend in dozens to attack people carrying food items. Local residents estimate there are four to five groups, each consisting of at least 1520 monkeys, which have made life difficult for farmers and others.
To protect their farms, a group of eight farmers from Nangla Mandaud have bought a langur for Rs 16,000. Every other day, one of the farmers takes the langur on his motorcycle and rides into the fields. Whenever the langur sees a group of monkeys, it chases them away. The farmers can now identify all the groups that frequent the area and keep the others informed of the monkeys last seen near the farms. This method has brought some relief with monkeys staying away from farms for up to two days at a time.
The Union environment ministry has refused to declare monkeys as vermin. The ministry of Environment, Forests and Climate Change (MoEF&CC) issued a notification in December, 2014, seeking opinion from states on the menace caused by nilgais or blue bulls and wild boars. Following the directions from the MoEF&CC, Uttarakhand declared certain species of nilgai and wild boar as vermin. Although both the animal species are protected under schedules 2 and 3 of the Wild Life Protection Act, state governments can now allow culling of these animals. The notification says that in some cases, the animals can be also be moved from schedule 2 to schedule 5 of the Wild Life Protection Act, which includes rats, crows and rabbits that are usually considered pests. According to forest officials, the difference between vermin and nuisance is that vermin animals can be killed by anybody, while nuisance animals can only be killed by the state forest department.
The environment ministry in March 2014 rejected a proposal by the Himachal Pradesh government to declare monkeys vermin. The ministry, instead, asked the state to scientifically identify the areas where monkeys were wreaking havoc.