Guns can't save Bustards

Communities must be roped in to protect a species so dependent on common land

Tehelka, 7 June, 2013

IN THE first half of the 1980s, eight sanctuaries were set up in five states to arrest the alarming population slide of the  (). Three decades later, the 750- plus population has collapsed to below 200 and the species is staring at imminent extinction.
Not only the GIB, the other three bustard species of India are also in trouble. The is critically endangered, while the Lesser Florican and the are tottering. But having already disappeared from 90 percent of its original range, including three protected areas and two states, the GIB is at the precipice.
In 2010, the Convention of Biological Diversity adopted the ‘Aichi Targets’ to halt the extinction of known threatened species by 2020. Will India succeed in helping the GIB survive this decade? Not unless it introspects on how laws, eager notification of protected areas and enforcement have so far failed the species.
Bustards live on grassland. While the Bengal Florican needs wet fields, the rest prefer arid areas. But grassland also serves our agricultural and pastoral needs. Perhaps that is why only about 1 percent of India’s grassland is legally protected as conservation areas. Even so, the legal status is mostly on paper.
The rising demand for agricultural land made the states distribute some of these protected grasslands among communities. In many unprotected areas, the  has been destroying arid grasslands that it considers unproductive. Even within sanctuaries, the forest department is converting grassland into scrubland by planting exotic trees and weeds.
Across the GIB landscape, irrigation canals, highways, transmission lines, windmills, housing and industries are slicing apart and squeezing its habitat. In ’s Kutch, encroachment into the bustard’s territory continues unabated. In ’s desert districts, the  has suddenly made flood irrigation routine.
In a number of traditionally arid bustard habitats, irrigation triggered a shift from monsoon-dependent crops, such as sorghum or millet, to irrigation-fed cash crops like sugarcane, grapes or cotton. Use of pesticide or herbicide and mechanised farming has made things worse.
Against such onslaughts, the conservation response so far has been restricted to protecting small traditional patches where lekking (competitive display by male GIBs) and nesting take place. Unfortunately, not all such traditional breeding grounds come under sanctuary boundaries. Even if governments take over all such patches, the GIB will remain vulnerable for most part of the year when the bird roams wide and far.
The GIB breeds during March-September and lekking to hatching takes about four months. Even if the birds are under the forest guards’ watch during these months of limited movements, they are at the local community’s mercy the rest of the year when they forage in the larger landscape. Unless the GIB feels secure, particularly in the first year of the chick when it follows the mother around, in these non-protected community- owned or private fields, the species cannot hope to make a comeback.
By the time this goes to press, Rajasthan, where 80-100 GIBs still survive, will probably have notified its state Project Bustard plan. Its focus has been on capacity building of the forest staff at the Desert National Park and better protection against hunting. But bustards are also vulnerable to dogs kept by local pastoral and farming communities and the state is yet to reject the dubious cheetah project that seeks to introduce yet another predator in the GIB habitat.
The conventional strategy to save the GIB includes restricting over-grazing and certain checks on agricultural practices in and around the sanctuary land. While some of these steps are necessary during the breeding season, high-handed approaches usually antagonise the communities and may end up being the final nail in the GIB’s coffin.
Instead, the forest department and conservationists have to involve the communities in GIB conservation and incentivise them suitably for making sacrifices for the species. Fortunately, bustards feed on agricultural pests and do not pose any threat to communities. Yet, building a participatory model of conservation is never easy. But there is simply no alternative.

The problem with corporate feel good ad campaign

Companies will always look for opportunities to turn around their anti-people image. But how far should the media allow and carry such lies?


A few years back, a high-brow green publication brought out by one of India’s oldest and highly-respected conservation bodies ran an unusual advertisement that flaunted the photograph of an open cast mine on its back cover. “If you can’t grow it or hunt it,” it screamed, “you have to mine it.”
“If it is not a plant or an animal then it is a mineral,” the advertisement went on to elaborate in smaller print. “Mining provides the raw material and energy resources needed to sustain modern civilisation.” Many would concur but the commercial put out by “the first private company in India to receive a licence for export of high grade iron ore” was a terrible misfit in a publication that has been vociferously campaigning against unsustainable extractive use of natural resources.
The advertiser in question claims to have the largest installed capacity of green energy in the country and was awarded the first prize by the Ministry of New and Renewable Energy for “its excellence as an independent power producer under wind energy programme during the 10th Plan period (2002-2007). On the other hand, the company was also charged with encroachment of forestland for dumping mining waste in Karnataka.
So, was it fine for a conservation organisation — often entrusted with the critical task of assessing the environmental feasibility of proposed mining projects by the government — to put such an advertisement in its publication?
Are some brands facing flak due to association with certain projects? AFP
Are some brands facing flak due to association with certain projects? AFP
But then, oil, energy and even real estate or transport companies have been the biggest donors world over to conservation NGOs. Oil major ExxonMobil, for example, claims to have donated nearly $1.3 million to organizations dedicated to biodiversity protection in 2012 alone. The same year it was fined a record £2.8 million for undeclared emission in Scotland.
The problem is even trickier for the media. In a democracy, everyone including the devil has the right to tell his or her side of the story. In a sense, the media is obliged to provide that space. But what about lies peddled in the garb of promotion? As far as editorial content is concerned, no media outlet can shirk the responsibility of checking every claim made in every story, including quotes and talking heads. For advertisements, it is often impossible to check every insertion for its veracity. Most publications carry the disclaimer that they are not responsible for the content of any ad.
And these often do more harm than the over-promising fairness cream or weight loss ad running unchecked. Even when a feel-good campaign by the controversial Vedanta groupgets exposed for its hypocrisy, the “Creating Happiness” campaign continued to be flashed on front pages and during prime time television across the media spectrum. Clearly, a lot of money is at stake at all times.
Since last week, a Greenpeace campaign against an English news channel for partnering with Monsanto for a series titled “Changing Lives”, has been gathering support. Honestly, it is rather amusing to read the shock and betrayal in the comments left by those who signed the petition in the social media. “How could a channel that does so much for the green cause let us down” has been the sentiment.
Brand Monsanto, for obvious reasons, evokes strong reactions. I am not sure if so many would have taken notice if, say, DuPont, the other big peddler of genetically-modified food, was involved instead. More importantly, our surface knowledge of brands tends to gloss over the reality. The said channel’s much-acclaimed commitment to tiger conservation emphasized by daylong annual jamborees is backed by a philanthropist who matches up the entire fund raised through donations big and small from his own admittedly very deep pocket.
What are the associations and interests of this philanthropist who also runs a mega conservation trust that constitutes the backbone – both financially and technically — of the channel’s popular green shows? He is the chairman of a consultancy that serves clients in the power, road and related infrastructure industries, including Satluj Jal Vidyut Nigam Ltd, which has been charged with rooting for a number of environmentally damaging projects such as the 775 MW Luhri project on the Satluj river in upper Shimla.
He is also the director of a textile mill in Mumbai that, apparently with an eye on realty, held on to the land leased to it and tried to stall the decongestion drive in the city after the recurrent floods. He is also a non-executive director of a chemical company that produces a range of agrochemicals from insecticides and pesticides to weedicides, herbicides and fungicides. These are all legitimate businesses but not exactly in harmony with the pledge of saving the planet, its soil, water and forests.
Conflict of interest, then, is merely a relative, subject to our perception and compulsion. “In this complicated, interdependent world,” as the National Geographic Society put it (my last week’s article), “every company and every individual at some point unavoidably does business–directly or indirectly–with others who may not share the same philosophies and principles.”
The news channel in question, however, is on the backfoot. It has already removed the Facebook page of the soon-to-be launched series, its Twitter handle and also the promos from YouTube. But whether or not it eventually drops Monsanto as the sponsor is immaterial to the larger picture of credibility unless every media house comes clean with an advertisement policy.

Think, Eat, Save

FOOD OR NAUGHT | From farm to plate, we waste 30-50% of our food even as every seventh person on earth goes hungry. With the 7 billion global population poised to grow by nearly one-third by 2075, we could rethink food or starve. THE CHOICE IS NOW

Tehelka, 3 June, 2013 


IF YOU are reading this, you have had an English education, which is a functional economic indicator in India and places you above the hunger line. But the world may soon reach a stage, certainly in your children’s lifetime, when no amount of money will buy food, at any rate, not enough of it. Since most of you, including those who starve to get into or stay in shape, have at some point of time known what it is to be hungry, you should be worried. Already, there are one billion hungry people. The global population will swell by another two billion by 2050. There is simply no more to further expand agriculture. Farm productivity has already plateaued after decades of chemical abuse of . Aquifers have hit rock bottom, irrigating the -intensive crops we grow unthinkingly. Forget producing more food, business as usual is unlikely to sustain even the present yields for too long. The day is not very far when the rich and the poor, the developed and developing world, will wage war over granaries.
I’m not being alarmist. Traditionally, we tilled more land whenever we wanted to produce more food. We triumphantly cleared forests (remember Knut Hamsun’s Growth of the Soil?) till most of us grudgingly accepted that the skies may not rain and the air may not breathe if we did not let the few remaining green patches be. Since the 1960s, agricultural land has expanded by just 12 percent while our population has grown 10 times faster. The fact that we are not starving yet (at least the 85 percent relatively better- off majority are not) shows that we have managed to wring the same stretch of land for a lot more food than natural. For example, between 1960 and 2000, production of rice, maize and wheat grew by 66–88 percent in Asia and Latin America. We are taught to be proud of our great progress in agrotech. But nothing really comes from nothing.
What fuels us is solar energy stored in food. The sun did not shine brighter, nor did the plants convert more than the usual 2 percent of sunlight they receive into food to help the Green Revolution. The extra energy for producing the extra food came from fossil fuels. We burned more and more oil (and coal for thermal power) to run tractors, pump out groundwater and produce chemical fertilisers and pesticides to boost yield.
Predictably, we are fast running out of each of these finite resources — diesel, coal and groundwater. We are also losing the topsoil — the few inches of the nutrient-packed upper layer of earth that takes decades to accumulate — too fast to be replenished. Worse, our preference for high yield at the cost of resilience, and hence sustainability, is leading to rapid extinction of hardy but neglected plant and farm animal breeds that could be our best insurance against an uncertain future.
On 27 May, Zakri Abdul Hami, the head of the UN biodiversity panel, confirmed the scary state of affairs. “Out of 30,000 edible plants, just 30 crops account for 95 percent of the energy in our food that is dominated by rice, wheat, maize, millet and sorghum. More than one-fifth of the world’s livestock breeds are at risk of extinction. It is more important than ever to have a large genetic pool that can withstand and adapt to future diseases and climate uncertainties,” he warned.
But even after extracting such a high cost from the planet, can our blinkered food production policies solve the problem of hunger? Today, the world produces 4 billion tonnes of food, which is enough to provide 2,000-odd calories a day to each of some seven million people on earth. Yet, at least a billion suffer from chronic hunger and malnutrition kills more than two million children every year.
The UN’s Food and Agriculture Organisation (FAO) blames this failure on . According to FAO estimates, 30-50 percent of the global food production never reaches anybody’s plate. The trail of waste begins with mismanagement of primary resources. We are not only squandering water, soil and energy, but also usurping prime cropland for urbanisation and industry. Between 2006 and 2011, 5 lakh hectares of agricultural land was lost in India alone.
The less developed countries lose a major chunk of their food produce during postharvest procurement and  due to inadequate infrastructure such as bad roads and lack of warehouses. In India, for example, 21 million tonnes of wheat rot in the open. In the richer economies, the waste occurs at the retailer and customer end of the food chain. Perfectly edible fruits and vegetables are discarded because of their not-so-perfect shape or colour. An average American or European simply throws away around 100 kg food every year.
The following pages of the TEHELKA Green Special offer a scrutiny of the eight stages of the farm-to-fork journey, each riddled with holes, leaving too many hungry. At each stage, we take stock of the global and the national scenario and learn from two Indian experiences what is wrong and how it can be fixed.
BUT, UNDENIABLY, there is more to hunger than wastage. A rural Indian household, or any household in a traditional agro-economy, wastes nothing. Take rice, for example. Different varieties are consumed in the puffed, popped, flattened and fermented forms. The straw is used as fodder, for roofing, packaging and making winter beds for cattle. The husk is used as fuel, for mulching of soil and even hatching eggs. The bran is a common feed for fish and livestock. In general, every peel of kitchen waste is either composted or fed to the family cow.
It is easy to conclude that such practices are offshoots of poverty. One cannot waste when one does not have much. But many prosperous farmer households I have been to do not do it any differently. Veterinarian and livelihood expert Sagari Ramdas sums it up in the words of the farmers of Andhra: “Kasu leka pashu ledu, pashu leka penta ledu, penta leka panta ledu, panta leka kasu ledu (Without fodder, no animals; without animals, no dung; without dung, no crop; without crop, no fodder).”
Evidently, natural recycling boosts agro-economy. But the no-waste lifestyle of most rural agricultural societies is also an appreciation of, literally, the fruit of their labour. At the other end of the food spectrum, generations born and brought up in cities, and that means every third Indian and more than half the global population, have developed a serious disconnect. Without any involvement in or knowledge of how food is grown, they are merely consumers at the end of a supply chain. For them, food comes from supermarket shelves or kirana stores and is always restocked.
Indeed, urban households can afford to waste so much food because there is always more to buy at the store across the road. The irony of global food politics is such that cities, and developed economies in general, that squander food are never short of supply while those who waste little are increasingly left with nothing. Across the world, staple food is getting cheap enough for the rich to waste without qualms and yet too expensive for the poor to buy.
Unfortunately, even the shocking estimates of food wastage, instead of prompting redressal of this injustice, often end up making it worse. Take India, for example. From FAO to our government and industries, everybody agrees that a lot of food — 25-40 percent of fruits and vegetables and 5-10 percent of grain — is wasted. Nor does anyone dispute that at the very least 20 percent of Indians go to bed hungry.
So what is the government’s remedy? In its ‘Vision 2015’ document, the Ministry of Food Processing Industries decided to increase the “level of processing of perishables to 20 percent, enhancing value addition to 35 percent”. It has also approved 50 mega food parks or clusters of food processing units. Such steps will help India’s $135 billion food processing sector grow to an estimated $200 billion by 2015. The packaged foods industry is growing even faster and attracting massive investments from MNCs.
What are the markets for this glut of processed and packaged food? Some will be shipped abroad as India wants to double its share in the global food trade to 3 percent by 2015. The rest of it will go to urban and semi-urban centres and consumers with rising disposable incomes. Do the hungry figure anywhere in this scheme of things?
If it is our stated policy to process, package, export and over-consume in our cities just because some perishable is anyway going waste, it is not surprising that we never attempted to fix the distribution lines that could reach the hungry. Instead, we set up 60 agri-export zones in 20 states.
HUNGER, SAYS the World Health Organisation, is the single gravest threat to public health. It kills once starvation causes loss of more than a third of one’s normal body weight. To get there, the hungry burn body fat, muscles and tissues for energy. Essentially, the body feeds on itself. Can a starving population, larger than ever, be saved from that indignity?
Not unless we go back to the basics. For that, modern farming has to relearn to respect soil and revive traditional practices rooted in many centuries of experience. It has to stop forcing water-intensive cash crops on arid fields, drastically cut dependence on fossil fuels and chemicals, and allow hardy genes that have gone out of fashion to flourish again. In the age of glowing GM crops, does that job list sound like a lunatic call to return to the hunter-gatherer stage? It better not. A hunter-gatherer lifestyle today will not sustain even 3 percent of the global population. We have reached where we are because of our technology and we should be proud of that progress. But we need to unlearn some of it just as we need to relearn something from our forefathers.
Hunter-gatherers operated in groups. Numerical strength was their biggest asset. This made our ancient ancestors accept the interest of the collective as greater than their own. They were not selfless but an early concept of ethics made them share what they had. Since everybody watched everybody in small foraging groups, nobody could or would hoard while another did not have enough to eat.
Our switch to agriculture started a population boom that continues till date. Teeming with people, the Global Village has long become an anonymous world. With nobody watching us, and we not watching the hungry, we indulge and waste without compunction. Far away from all of us, unobserved and unquestioned, big money and power spin more money and power by poisoning our land, water and air in the name of innovation and growth.
The world needs innovation more than ever to solve the imminent food crisis. But our blind faith in technology is becoming our undoing. We must separate what is empowering from what is suicidal and marry that knowhow with some of the ancient values of our forefathers. Because no matter how much food the world produces and saves from going waste, some of us will always go hungry unless the rest care to share.
Every morsel must count.

I: Pushing the Horizon

LAND | Global food production has already appropriated almost half the land suitable for agriculture. And there is no adding to that because the remainder supports the world’s surviving natural ecosystems vital to our future and that of our planet. We have no other option but to zealously protect every field and furrow and maximise yield with sustainable technologies

Tehelka, June 3, 2013


OCEANS COVER two-thirds of the earth’s surface. Of the remaining one-third, about 30 percent comprises deserts, tundra and mountains where no food can be grown. From the remaining , we have been clearing forests ever since we learnt to use the plough and reached a point in the past century when it became ecologically suicidal to fell more trees to grow foodgrain. So, since 1960, agricultural  has expanded by just 12 percent.
Though global population has more than doubled in the same time, technology has helped us feed more and more mouths. In 1960, it took 0.45 hectares of  to grow enough food for one person. Today, it takes just 0.22 hectares. Yet, hunger is widespread and the future looks uncertain.
Globally, the  cropland availability is about 0.23 hectares. High-income countries cultivate more than twice the area  (0.37 hectares) than low-income (0.17 hectares) countries. And population stability in high-income, developed countries will ensure that their average  of available cropland will not significantly change until 2050.
Land
But in less developed countries, a person may be left with less than 0.1 hectares in the next four decades. Given the poor farm yield in these countries, this amounts to sinking below the per capita bottom line of 0.07 hectares set by the UN required to maintain a minimal nutrition level. That would be disastrous.
At the same time, as developing countries make economic progress, their dietary preference seems to be shifting from cereals and grains to animal products. In China, for example, annual per capita grain consumption in the cities dropped from 145 kg to 78 kg between 1981 and 2004, while intake of meat products jumped from 20 kg to 29 kg. This puts huge pressure on land. Potato or rice grown on one hectare can feed 20 people for a year. The same area will produce enough lamb or beef for just two people.
While the sustainability of using pastureland for livestock grazing has become a contentious issue in India between conservationists and herders, mechanised mega dairies and their demand of processed feed are putting additional pressure on land. At the same time, sacrifice of prime agricultural land for infrastructure, industry and urbanisation continues unabated.
Between 1955 and 2000, more than 23 lakh hectares of agricultural land was converted to support urban growth in India. The pace of urbanisation, including the rush for SEZs, has only increased since. An alarm was sounded last year: the UN Convention on Biological Diversity report released in Hyderabad during the COP-11 said rapid loss of farmland to urbanisation would risk India’s food security in the near future.
As farmers resist acquisition of agricultural land across the country, TEHELKA travels to the hilly state of  where a spate of dams will drown the few available patches of fertile alluvial land. We also turn with hope to arid where 55 lakh hectares of fallow land has been recharged with micronutrients in the past five years.

LOSING THE BEST CROPLAND TO DAMS

The 2,700 MW Lower Siang hydroelectricity project will drown 52 sq km of land, including prized paddy fields


 IS at a premium beyond the  plains in the Northeast where two-thirds of the area is made up of hills and mountains. With less than 3 percent cropland, is India’s most sparsely cultivated state. of the few patches of fertile alluvial fields, the most priceless are the lower banks of the Siang river that becomes the  after being joined by Lohit and Dibang downstream.
So imagine the shock of the villagers when they were told that the 2,700 MW  hydroelectricity project will drown 51.51 sq km, including those prized paddy fields. Ironically, as India proposes to build more than 150 dams in Arunachal Pradesh, one of the touted USPs of these projects is their relatively small socio-economic impact. the state’s population density of 17 per sq km is the lowest in the country and very few people would be displaced by the submergence caused by dam reservoirs.
On the ground, however, it will cause significant damage to livelihood and food security. Vijay Taram, convenor of -based Forum for Siang Dialogue, explains their predicament: “It is wrong to argue that we have so much land and only a small fraction of it will go under water. You have to realise that the land we will lose is the very fraction where permanent cultivation is possible. Almost the entire stretch where we do riverbank agriculture will be drowned by this project.”

A few miles from Pasighat, one needs to take a hanging bamboo bridge to cross a roaring Siang and continue on a goat trail for half an hour to reach Pongging, a village of around 50 families belonging to the Adi tribe. Ote Panyang, one of the headmen, surveys the fertile cropland that stretches all the way down to the river. “All these fields and our entire village will be gone. even some of those forests where our yaks graze will be submerged,” he points uphill to indicate how far the water will rise.
Kangong Taying owns six hectares of Pongging’s prime land and is angry: “Be it education or medical care, be it day or night, we need to walk all the way across the river to the road for everything. We never complain because we belong to this fertile land by the river. Now they want us to take their money and move. Why don’t they realise that nowhere else in this state can money buy us such land?”
Arunachali tribes living by other major rivers of the state share the predicament. Tone Mikrow belongs to the Idu-Mishimi tribe and spearheads the anti-dam movement in Roing. “Much of our good land is occupied by government and security establishments. Further loss of plain land to dams will leave nothing for farming and shrink the jhum cycles,” he says.
Traditionally, jhum (shifting) cultivation on hill steps follows a 5-8 year cycle (the length of the fallow period between two cropping phases) to allow the soil to regain its vigour. loss of agricultural land will shorten this cycle to 2-3 years, leading to erosion, and also clearing of new forest areas.
In Siang valley, however, the  is in no mood to budge. since the affected villagers clashed with police last year, the state has been on the back foot. But Taying knows that the worst may not be over. “our land should not be snatched away just because we  are a peaceful lot. Nobody is too far away from guns in the Northeast.” -- JM

II: Draining the Dregs

WATER | To produce food worth 3,000 calories for each of the world’s 7 billion people, our daily requirement of water is equivalent to a water body that is 1 m deep, 1 km wide, and 7 million km long, enough to go around the earth 194 times. At this rate, 1.8 billion people will be living in absolute water scarcity and two-thirds of the world’s population will face water stress by 2025

Tehelka, 3 June, 2013


IT TAKES a lot of  to produce food. Processing before consumption requires even more. If our diet is 80 percent plant and 20 percent animal products, the needed to produce that quantity of food will be around 1,300 m3 or half an Olympic-size swimming pool per person per year.
Neither our history of water use nor the future projection offers any solace. While the world’s population increased by 300 percent in the 20th century, the use of water increased by a staggering 700 percent. By 2050, we will need 10-13.5 trillion m3 of water per year — about three times the present volume — to meet our food demand.
About 40 percent of the world’s food supply now comes from irrigated land. But water used in irrigation is often sourced unsustainably, through boreholes sunk into poorly managed aquifers. In some cases, energy subsidies by governments drive and exacerbate this problem.
Moreover, we continue to follow wasteful irrigation methods, such as flood or overhead spray, which are difficult to control and lose much of the water to evaporation and run-off. Rampant soil and water salinity has been reported in large irrigation schemes in Pakistan, China, India, Argentina, Sudan and many countries in Central Asia, where more than 16 million hectares of irrigated land is now salinated. Although drip or trickle irrigation methods are more expensive to install, they can save as much as 33 percent water and also carry fertilisers directly to the roots.
Water
A major shift in our eating habits towards meat also puts significant pressure on water. Beef, for example, needs about 50 times more water than vegetables per unit. While food derived from crops consumes less water than if derived from animals, plants also have their hierarchy of water efficiency.
Potatoes, groundnuts and onions, for instance, require little water but choice of water-intensive crops such as sugarcane or rice in arid regions for higher profit results in unnatural water demand and drains aquifers. Greed, therefore, was the single reason for north India recording the world’s highest extraction of groundwater, according to a 2009 study by Hyderabad’s National Geophysical Research Institute and the University of Colorado, US.
Between August 2002 and October 2008, groundwater depletion in Rajasthan, Punjab, Haryana and Delhi was equivalent to a net loss of 109 cu km of water — double the capacity of India’s largest surface water reservoir. By 2050, the groundwater level in most of our river basins, including the Ganga, Krishna, Cauvery and Godavari, will fall by at least 50 percent.
TEHELKA reports from one of the most backward districts in Andhra’s Telangana region about how agroprocessing industries are mindlessly being promoted in a water-deficient region. On the other hand, we explore an oasis of a village in a chronic drought-prone part of Maharashtra that is earning 22 times more from agriculture after implementing low-cost watershed management.

III: Skin of the Earth

SOIL | We call topsoil dirt. But without this 5-20 cm deep upper layer of the soil, there will be no food. Just a 5-cm layer of this life-giving skin of the earth — the powerhouse of a billion microbes, fungi, nutrients and earthworms that transforms rocks and plant residue into a moist, fertile bed — takes 1,000 years to accumulate. And we are losing it 10-40 times faster than it can be replenished


THOUGH  erosion, lamented David Pimentel of Cornell University, is second only to population growth as the biggest environmental problem facing the world, it is difficult to get people excited about dirt. Unless we are told that our  depends on it. Almost all our food — 99.7 percent of it — comes from cropland that is shrinking by more than 10 million hectares a year due to soil erosion.
Only last year, the world lost an estimated 24 billion tonnes of topsoil — blown off by wind, washed away by water, made sterile by chemicals or simply covered with concrete. That is a loss of 3.4 tonne per person in just 12 months. By 2050, we may end up losing more than half of even what remains.
Nearly 40 percent of soil used for agriculture around the world is classed as either degraded or seriously degraded, which signifies a loss of 70 percent of the topsoil. Experts such as John Crawford of University of Sydney estimate that at the current rate, there is only about 60 years of topsoil left. That means business as usual may lead to starvation in our children’s lifetime, if not earlier.
Topsoil is the thin layer of earth that supports plant life with nutrients. It is packed with micro-organisms that recycle organic material and enhance the soil’s ability to retain water.  is a major trigger for erosion. Conventional agricultural practices involve burning or removal of crop residue, over-ploughing, overuse of chemicals and, at times, overgrazing. All of these result in loss of soil carbon, which is essential for microbes to thrive.
soil
Loss of topsoil leads to lower productivity. will reduce food production by 30 percent in 20- 50 years. Even moderately degraded soil will hold less than half the water that healthy soil does.
At the other end, about 60 percent of the washed away soil ends up in rivers, streams and lakes, triggering floods. Erosion also leads to more air pollutants and the blownoff soil carries about 20 organisms, spreading diseases such as anthrax and tuberculosis.
The threat is most acute in China, Africa, India and parts of South America. It is also a serious problem in sub-Saharan Africa, where the Millennium Villages initiative by New York’s Columbia University has shown that by countering depletion of soil nutrients, it is possible to more than triple grain yields.
Across India, about one millimetre of topsoil is being lost each year with a total loss of 5,334 million tonnes annually due to erosion. This amounts to a monetary loss of over Rs 1,000 crore. According to a study by Dehradun’s Central Soil Water Conservation Research and Training Institute, the rate of loss is 16.4 tonnes per hectare every year. In other words, we are losing every year what takes at least 20 years to be replenished.
TEHELKA visits Medak district in  where farmers are destroying the soil with chemicals. We also venture into ‘Timbaktu’ in Anantapur district, where patient tillers have let the earth heal itself.
Click to read: Farmers in a chemical soup  |  Hope springs from Timbaktu

IV: Dying Flicker

ENERGY | We push our finite cropland to yield three times its natural capacity, drawing much of that energy from fossil fuels — diesel to drive tractors, coal-fired electricity to run pumps, besides factories for producing chemical fertilisers, pesticides and so on. But nothing on steroids stays healthy or lasts too long. And we are already running out of the fuel dole anyway

Tehelka, 3 June, 2013


THE SUN is the source of  in the food we eat. But plants convert just 2 percent of the sun’s through photosynthesis. derived from animal protein is a further fraction of that as only 5-15 percent of plant  gets converted into beef or chicken.
Between 1950 and 1984, the  increased global grain production by 250 percent without expanding the extent of cropland or converting extra energy from sunlight. It drew the additional energy from  that produced fertilisers and pesticides, and powered pumps for irrigation. In four decades following the mid-1940s, energy demand in increased by 400 percent.
The trend continues. Increasing energy input has not significantly increased  since the 1990s, but we keep investing more and more in energy just to maintain the current productivity level. On one hand, the result is soil degradation, depletion of the groundwater table and environmental damage due to rampant use of chemicals. on the other, the cost is becoming prohibitive as fossil fuel production struggles to match the growing demand.
Yet, the extent of land under modern  methods is likely to increase by 12.5 percent in the next three decades and the annual demand for fertiliser is estimated to increase by 25 percent by 2030. Borewells will also dig deeper, requiring more fossil fuel to suck up water.
The energy-guzzling food processing industry is flourishing fast too. the energy spent in making a burger is three to eight times the calories it contains because most components are processed remotely, then chilled/frozen for transportation and thawed subsequently. Storage too consumes massive power as it involves drying of food. the net result is far higher consumption of energy than delivered in the food we eat.
India is no exception. our  use remains unregulated while demand for fertilisers has been growing rapidly. About 70 percent of India’s electricity is carbonbased and nearly a quarter of it is used in agriculture to run pumps that are largely energy-inefficient.
Energy
Since the 1970s, our free power policy has driven electric utilities and state governments into financial crisis and many states, such as  and Punjab, are spending more on agricultural power subsidy than on health or education. the result is over-extraction of groundwater, leading to depletion of aquifers, and soil degradation.
At the same time, the subsidy burden has affected the quality of power supply. In 2008-09, the estimated electricity subsidy to agriculture in India (at current prices) was Rs 29,665 crore, which represents an increase of more than 80 times over the 1980-81 figures. As supply tripped, frequent and long power cuts and low voltage have pushed lakhs of farmers to depend on subsidised diesel.

TEHELKA reports from Punjab where pesticide use is the highest in the country and massive fleets of tractors and rows of submersible pumps run on diesel. We also bring you the story of a happy turnaround from Rajasthan where solar drip irrigation is saving energy, water and money.

V: Lost In Transit

PROCUREMENT | Food is perishable, some of it even delicate. The faster the journey from farm to fork, the better the quality of the mouthful. Inefficient loading, bumpy, congested roads and rickety vehicles delay that process. But it suits the middlemen who create many layers of transaction between farmers and retailers and thrive on distress selling at each stage. The result is up to 10 percent of food loss due to transportation alone

Tehelka, 3 June, 2013


IMAGINE SPILLING and dropping almost half your lunch or dinner in taking it from the kitchen to the table, every day every meal. That is the predicament of the Indian farmer.
For efficient transportation of foodstuff from farm to retailers, the entire chain needs to be planned as an integrated system, taking into account the local conditions and engineering capability. It begins with loading. In less-developed countries like ours, where manual harvesting is predominant, produce is picked and piled in the field and loaded onto inadequate vehicles by hand, leading to bruising from the word go.
From farms to various markets and stores, transit takes place on poorly maintained, bumpy, congested roads, causing further damage. These eventually result in perishables being thrown away due to severe spoiling or suffering a substantial reduction in its shelf life. Even not easily perishable commodities, such as foodgrain, are not immune to the effect of bad roads and rickety vehicles. In Southeast Asia, transportation alone leads to 10 percent  of rice.
According to industry estimates, 25-30 percent of fruits and vegetables and 5-7 percent of foodgrain in India get wasted on the road. More than half of our 3.3 million-km-long road network is in bad condition and last-mile connectivity remains grossly inadequate. The mounting pressure on national highways — just 2 percent of the total road length — makes congestion and maintenance serious issues.
procurement
We have more than 4.13 lakh licensed traders and 2.14 lakh licensed commission agents who sell farm produce on ’ behalf for a cut. The goods often go through several such  before reaching the retailer. As a result, according to the Department of Industrial Policy and Promotion, Indian farmers get only one-third of the total price paid by the final consumer, against two-thirds for farmers in nations with a higher share of organised retail.
The Food and Agriculture Organisation quoted a study by IMechE to claim that as much as 40 percent of all fruit and vegetables rot between grower and consumer in India due to lack of refrigerated transport, poor roads, inclement weather and corruption. 
It observes that controlling and reducing the level of wastage is frequently beyond the capability of the individual farmer, distributor or consumer, since it depends on market philosophies, security of power supply, quality of roads and the presence or absence of transport hubs.

TEHELKA talks to apple growers in Jammu & Kashmir and Himachal Pradesh who suffer bad roads and the tyranny of local or Delhi-based middlemen and have no choice other than distress-selling of their produce. We also bring you the success story of the e-Choupal initiative in Madhya Pradesh, which has enabled farmers to reach the buyers directly by eliminating intermediaries. This ensures better quality of produce and higher farm income, and the buyer also benefits from lower transaction costs.

VI: Rising Rot

STORAGE | Foodgrain needs to stay fit for round-the-year consumption. Fruits and vegetables must stay fresh until they reach the plate. But forget all-weather warehouses or cold storage facilities, most developing countries dump millions of tonnes of food in the open at the mercy of the elements, birds and rodents. More wheat rots in India than the total production of Australia, which loses less than 1 percent of its grain in storage

Tehelka, 3 June, 2013

WHAT DEVELOPING countries struggle to gain in the field is often lost in drippy silos and rat-infested godowns. Southeast Asian countries, for example, lose 37-80 percent of their rice, amounting to  of 180 million tonnes annually. With 80 percent loss, Vietnam lies at the extreme end of the spectrum, while even an economic superpower like China loses about 45 percent of its rice to poor .
The cycle begins in rural households that must store staple crops from their annual harvest through the year in mostly primitive facilities susceptible to attacks by rodents, insects and mould. As the development index of a country improves, the loss travels further up the supply chain, with deficiencies in regional and national infrastructure having the largest impact. In a developed country such as Australia, wastage of 0.75 percent in stored grain is at the upper end of acceptability, whereas Ghana, one of the more developed of the emerging west African economies, suffered a 50 percent loss of stored maize in 2008.
storage
Considerably greater levels of tonnage loss are reported in other larger developing nations, including India, where inadequate storage and distribution destroys around 21 million tonnes of wheat a year — i.e., wheat equivalent to the entire production of Australia. In neighbouring Pakistan, where rodents feast in the godowns, losses amount to 16 percent or 3.2 million tonnes annually.
Developing a modern network of storage facilities involves substantial investment. If Ethiopia, for example, were to upgrade its storage infrastructure at a national scale, it would cost at least $1 billion. Also crucial is reliable power supply to run modern equipment. For instance, freshly harvested crops must be cooled before they can be stored.
Chilling strawberries in the field can extend their shelf life to as long as eight days, compared to one or two days with ambient storage. In the absence of adequate infrastructure, many less-developed nations in the warmer regions of the world — South Asia and Africa, for instance — suffer 35-50 percent post-harvest losses of fruit and vegetables annually.
Global price economics plays a role too. Many staple food items regarded as low-cost commodities are ignored. Cereals, for instance, were low on the storage radar as global prices remained relatively static, or decreased if we take inflation into account, for many years. No matter that the protein-rich, fibre-rich food, left to , could have fed many.
Before grain procurement began this year, India had enough surplus stock from last year — nearly 63 million tonnes in FCI godowns — to meet this year’s demand and little capacity to store the fresh purchase. Punjab, for example, had space for only 6 million tonnes, but set a purchase target of 14 million tonnes of wheat.
The story is the same in Haryana and Uttar Pradesh, where TEHELKA found nothing but tarpaulin sheets covering pricey basmati and wheat stocks. We also record the success of Tamil Nadu where a chain of mini cold storages has allowed farmers across five districts to switch from annual crops to seasonal vegetables.

VII: When Beggars Choose

WASTAGE | At least 30 percent of the food that survives bad roads and poor storage is simply thrown away. Some because we blindly follow the conservative ‘best-before’ and ‘use-by’ dates meant to avoid litigation; and the rest because we don’t like the look of what would taste just fine. At other times, we simply buy or order too much. If you think it’s an “American problem”, check out the next wedding you are invited to

Tehelka, 3 June, 2013


AN AVERAGE American family of four, according to the Natural Resources Defense Council, spends up to $2,275 on  annually. Since the 1970s,   has increased by 50 percent in the US and food  has become the largest component of solid waste in the country’s landfills. Yes, it is primarily a first-world problem, but the rich in any continent aspire to that “good American life”.
In the UK, for example, about seven million tonnes of food is thrown away from homes every year, costing the average household £480 a year or £15,000- 24,000 over a lifetime.
Shockingly, £1 billion-worth of the food wasted annually in the UK is food still ‘in date’ and perfectly edible. If this quantity of food was not wasted, the savings in energy consumed in its production, packaging and transport would be the equivalent of taking 20 percent of cars off the road in the UK.
wastage
Aggressive marketing, including bulk discounts and ‘buy one get one free’ offers, encourages shoppers to buy large quantities in excess of their actual needs, which leads to substantial food wastage in homes. No wonder the European Union is considering a proposal to ban one-plus-one offers to discourage over-consumption and wastage.
It is in these so-called advanced and mature societies that the largest quantities of food are wasted at the consumer end of the chain. Nearly 30 percent of what is harvested from the field never actually reaches the supermarkets due to trimming, quality selection and failure to conform to purely cosmetic criteria such as shape, colour or size. The packaging could be slightly dented, one piece of fruit may be bad in an otherwise perfectly good bag of fruit, or it is thrown out in the warehouse because it had ripened too soon. Up to 30 percent of the UK’s vegetable crop is not harvested as a result of such practices.
While most Indians still buy their groceries from the neighbourhood kirana stores and mandis, our big cities are closer to America than we think. Consider the amount of food we order at restaurants and shy away from carrying doggie bags or the way restaurants or caterers order their supplies to avoid running out. In Mumbai, for example, leftovers collected by volunteers from one marriage party feed 70-80 people on an average.

This reflects a bizarre consumer (and retailer) behaviour in a country where every fourth person goes to sleep hungry. To explore if we get wasteful only on big occasions or when we eat out, TEHELKA resorts to researching trashbins in affluent Delhi neighbourhoods and homes. To get over the shock, we also visited a traditional Indian family in Pune that wastes almost nothing.