Showing posts with label Climate. Show all posts
Showing posts with label Climate. Show all posts

Friday, 14 November 2014

CLIMATE CHANGE IS WILL BE RESPONSIBLE FOR THE LOSS OF EIGHT OF YOUR FAVORITE FOODS

If images of homeless polar bears don’t move you to act on climate change, consider this: climate change is killing our favorite foods, and it will only get worse. Exponentially increasing temperatures and CO2 levels mean that several food systems are being threatened and very soon we may have to cut back on some of our favorite foods, or live without them entirely. The Guardian’s Twilight Greenaway (also managing editor of Civil Eats) provided a handy list of eight of the most popular foods currently threatened by climate change: corn, coffee, chocolate, seafood, maple syrup, beans, cherries, and wine grapes. 
No offense to the polar bears; I care deeply for them and other animals dying or losing habitats as a result of increasing temperatures. This, however, hits home. It hits home hard. Could news of the negative consequences of climate change on food production awaken the deniers who are hesitant to act on climate change — those who may rely on a morning cup of coffee or glass of wine? For those of us in the countries that are most responsible for climate change — the U.S.A., China and the European Union — perhaps a tangible loss will shock us into action. 
 
President Obama has just struck a historical climate change deal with China that requires the United States to decrease climate pollution by 28 percent from 2005 levels by 2025. This will require substantial work on climate change policy by his successor. A variety of polls show that most Americans have come around to the idea that climate change is occurring, and support candidates for public office who will support green policies. Republicans like Senator Mitch McConnell have expressed concern that the deal will cause job losses and criticized the president for leaving the work of the sweeping deal to the next president, regardless of party. Senator McConnell, I ask you this: Do you drink coffee during those long hours? Do you enjoy a good corn on the cob at family BBQs? Do you partake in a chocolate bar to reward your hard work from time to time? Well sir, take a long hard look in the mirror. We know that President Obama would really miss coffee. 
 
As is often the case, it is lower income people who would disproportionately suffer these losses, not the wealthy (and most elected officials are doing okay financially). Most of the losses would increase prices to buy the same luxury products. The research and data are compelling, and Greenaway succinctly connects climate change to an increase in price of some of our favorite foods, or at least to limited access to them. Wine grapes, for example, will likely become more expensive and difficult for growers to maintain. Australian grapes appear to be in the gravest danger, with 73 percent of land becoming unsuitable for growing by 2050. Similarly, California’s loss will be around 70 percent. Cacao beans, the main ingredient in chocolate, will also suffer in increasing temperatures. Higher temperatures and diminished water supply will hit big growing countries like Ghana and Cote d’Ivoire (and of course reduce income of the farmers who grow them). Andrew Jarvis, Leader of the Decision and Policy Analysis Program at the International Center for Tropical Agriculture says that wine items like wine, chocolate, and coffee are not crucial for survival, they measuring impact of climate change by their loss makes sense, and helps people understand long-term effects. 

Friday, 8 February 2013

Gov’t urged to prioritize agriculture, tourism in creating jobs

By Judy Quiros

DAVAO CITY, Philippines—To the President: Make agriculture and tourism the priority sectors for infrastructure support and development to create more jobs.

Local and foreign economic experts, stakeholders, the government’s partners for development and other support sectors made this recommendation to President Aquino as his administration vowed to transform the jobless 6.6 percent economic growth in 2012 into one that would be inclusive and felt by all in the form of more jobs and livelihood opportunities.

Earlier, the World Bank warned that the government would be dealing with a high unemployment rate by 2016, which would be detrimental to the economy, should it fail to put in place measures that would create more jobs this early.

The recommendation had been submitted to President Aquino at the end of the two-day Philippine Development Forum (PDF), hosted by the World Bank, here on Tuesday.

The policy recommendation—which outlined the five tasks of economic development; human development and poverty reduction; justice and peace; climate change adaptation and mitigation; and good governance and anti-corruption—was summarized to reporters by World Bank country director for the Philippines Motoo Konishi on Tuesday.

For the economic development aspect, they said that the government would be able to create 14.6 million jobs by 2016 if it adopted reforms that would boost the business environment, including that for agriculture and tourism.

The economic experts pushed for nationwide single-window business entry and licensing process.

There is also an urgent need to remove barriers to business entries, especially in the area of interisland shipping to help ease food prices, they recommended.

In strongly batting for more support to agriculture and tourism, the economic experts consider these sectors major job generators because of their forward and backward linkages.

They also recommended that government revisit critical laws such as the National Land Use Code, Competition Policy Law and the Cabotage Law.

To further boost agriculture and tourism, they suggested that the government increase its spending for infrastructure from the current 2.6 percent to five percent of the gross domestic product.

Konishi, the forum’s vice chairman, told reporters that increasing government spending to five percent could be done.

On the human development and poverty reduction aspect, the economic experts recommended that government expand its programs on health, education and social protection, including the conditional cash transfer program.

The focus, they said, should be on disadvantaged groups such as out-of-school youths, indigenous peoples, persons with disabilities and dropouts.

Public-private partnerships should also be strengthened to address skills mismatch. The curriculum should be realigned to meet labor market needs, they added.

Reforms in the justice system should also be undertaken, by introducing amendments to or replacing outdated laws, speeding up resolution of cases to clear backlogs that would decongest jails, and combating inefficiency and corruption in the judiciary.

On peace efforts, they lauded the government for significant developments to end the Moro rebellion but they said that it should work hard to preserve the gains of the peace process by making the Moro people feel they were indeed part of the system.

On climate change adaptation and mitigation, the economic experts said the current government’s disaster reform agenda has improved a lot and has become comparable to international standards.

In the good governance and anti-corruption cluster, they recommended that the government “build and empower constituencies for reform that will demand for and support good governance; strengthen monitoring and evaluation mechanisms particularly on public financial management and performance management systems; and give special attention to governance reform and institution building efforts in Mindanao.”

Konishi noted that they had recognized that the fight against corruption in the country “is being waged with determination (by the Aquino government) and it is paying off.”

“Transparency is improving everywhere in government,” he said.
Original Article Here

Saturday, 19 January 2013

Green Desert: Climate changes to disrupt Southwest

The National Climate Assessment Advisory Committee — a consortium of 13 federal agencies — released its third draft report on the impact of climate change on the U.S. As seems to be the rule with federal documents, it’s monstrously long, but fairly readable and the online table of contents is easy to navigate.

I went directly to the section on the Southwest to see what’s in store for the desert. It’s unsettling reading.

Snowpack and streamflow amounts are projected to decline, decreasing water supply for cities, agriculture and ecosystems.

The Southwest produces more than half the nation’s high-value specialty crops, which are irrigation-dependent and particularly vulnerable to extremes of moisture, cold and heat. Reduced yields from increased temperatures and increasing competition for scarce water supplies will displace jobs in some rural communities.
Increased warming, due to climate change, and drought have increased wildfires and impacts to people and ecosystems in the Southwest. Fire models project more wildfire and increased risks to communities across extensive areas.

Projected regional temperature increases, combined with the way cities amplify heat, will pose increased threats and costs to public health in Southwestern cities that are home to more than 90 percent of the region’s population. Disruptions to urban electricity and water supplies will exacerbate these health problems.

The not-so-subtle subtext here are the integral and finely balanced connections between food, water and energy — and the potentially dangerous disruptions that could occur as climate change drives more erratic and warmer weather.

Those connections are made more explicit in the report’s section on Water, Energy and Land Use:

“Energy, water and land systems interact in many ways. Energy projects — coal-fired power, biofuel, solar farms — require varying amounts of water and land; water projects — water supply, irrigation — require energy and land; and land activities — agriculture, forestry — depend upon energy and water. Increasing population and a growing economy intensify these interactions. Climate change impacts each of these sectors directly, and because of the many connections between them, sectoral responses are often intensified or offset.”
Original Article Here

Thursday, 29 November 2012

Climate Conversations - Infographic: Charting the history of agriculture and climate change

DOHA, Qatar (28 November 2102)_A new infographic that maps the progress of the agricultural sector in addressing climate change throughout the history of the United Nations Framework Convention on Climate Change (UNFCCC) negotiations has been launched on the sidelines of this year’s climate summit in Doha.

Launched ahead of Agriculture, Landscapes and Livelihoods Day 5 on December 3, The Story of Agriculture and Climate Change: The Road We’ve Travelled highlights significant events in the international calendar, such as the adoption of the Kyoto Protocol in 1997, the initiation of REDD in 2005 and the first ever Agriculture and Rural Development Day in 2009.

“Agriculture is already being hard hit by climate change and the outlook is even worse. However there are many options for adaptation, and some of these even bring mitigation co-benefits,” said Bruce Campbell, Director of the CGIAR Climate Change, Agriculture and Food Security research program.

Agriculture supports over 1 million of the world’s rural poor, yet is responsible for 80% of overall deforestation and an estimated 31 percent of total greenhouse gas emissions. Increasing agricultural yields and improving farming techniques are just some the way that the sector could help reduce its overall contribution to climate change.

As such negotiators at COP18 in Doha must “support the unique role of agriculture in the global climate change response”, argues Tracy Gerstle, co-Chair of Farming First.

The infographic features a call-to-action from 19 of the world’s leading agricultural organisations, calling for the creation of a Work Programme on Agriculture under the Subsidiary Body for Scientific and Technology Advice (SBSTA) – a scientific advisory group to the UNFCCC.

It is hoped that a new SBSTA work programme would document and share knowledge of improved agricultural practices to inform decision-making around agriculture and climate change to the UNFCCC’s Conference of the Parties as they prepare national strategies to address climate change.

“Now is the time to act. Farmers around the world are experiencing the impacts of climate change today and they need support if they are to adapt. Farming can also become part of the solution, given the potential of agriculture to mitigation,” added Gerstle.
Original Article Here

Saturday, 29 September 2012

Farmers feel early effects of changes in climate

By MARK SCHAPIRO - Center for Investigative Reporting


Ten miles outside of Modesto, in the farming town of Hughson off Highway 99, the Duarte Nursery is at the front line of dramatic changes under way in California's immense agriculture industry.

The family-run nursery, founded in 1976, is one of the largest in the United States, and there's a good chance the berries, nuts and citrus fruits eaten across the West began their journey to market as seedlings in Duarte's 30 acres of greenhouses, labs and breeding stations.

The nursery's owners have built a thriving business using state-of-the-art techniques to develop varieties adapted to the particular conditions and pests that California farmers face.



These days, according to John Duarte, president of the nursery, that means breeding for elevated levels of heat and salt, which researchers say are symptoms of climate change, even if Duarte doesn't necessarily see it that way.

"Whether it's carbon built up in the atmosphere or just friggin' bad luck," he said, "the conditions are straining us."

The cause of Duarte's woes might be in dispute among farmers in California's $31 billion agriculture industry, but the symptoms are clear. From the vast fields of fruits and nuts in the Central Valley to the wineries of Napa and Sonoma, increasingly volatile weather is altering the fundamental conditions for growing food, California's largest industry.

Farmers are in many ways at the front line of climate change. They conjure food from soil, sunlight and water, which are profoundly affected, scientists say, by climate change. Stresses have emerged across the state as water supplies tighten. Rain is coming at unexpected times. Winters aren't getting cold enough. And salt from the rising ocean is making its way into Central Valley water.

Climate change already has cost farmers money. In the Central Valley, some growers are paying more for seeds designed to withstand the new extremes.

At the nurseries and colleges in what Duarte calls "the Silicon Valley of agricultural innovation," these changing conditions have forced botanists to look for varieties of almond, pepper, citrus, cherry and other crops resistant to drought and salt.

Other interests also are bracing for dramatic change. The crop insurance industry is calculating potential billion-dollar losses from extreme weather conditions, as well as floods and fires that occur in their wake. Climate change could join the ranks of earthquake and hurricane insurance as a special -- and expensive -- problem for insurers.

Over 20 years, there has been more than $500 million in crop losses from heat waves, floods and ill-timed rainstorms in the agricultural counties of San Joaquin, Merced, Kings, Kern, Napa and Sonoma, according to a study last year by Stanford University researchers.

"Compared to 20 or 30 years ago, farmers are recognizing a lot more risk factors in climate events," said Jeff Yasui, director of the U.S. Department of Agriculture's Risk Management Agency office in California, which handles crop insurance in the state.

Climate and agriculture scientists predicted much of this. Charles Kolstad, an environmental economist at the University of California at Santa Barbara, said California agriculture is being hit by converging forces prompted by climate change: longer seasons of extreme heat, shorter cold seasons and dwindling water supplies.

Climate scientists believe Earth's average temperature will rise at least 2 degrees in the next four dec-ades, their most conservative estimate. Along the way, the yields of citrus crops in the San Joaquin Valley are expected to drop about 18 percent, grapes about 6 percent, and cherries and other orchard crops about 9 percent.
Original Article Here






Thursday, 20 September 2012

Nigeria’s inroads into space technology for agriculture

When one hears of space technology, one probably immediately thinks of Neil Armstrong or The Star Wars. But recent developments in the field have shown just how beneficial space technology through remote sensing can be for agriculture.

Perhaps the most common and widely known way in which space technology can be used for agriculture is through weather forecasting and climate change analytics. This information, which also ascertains the impact of erosion, floods and droughts, is useful to enable farmers increase productivity by adjusting their farming practices accordingly. The implications for food security – one major goal in African agriculture – are enormous.

Remote sensing – using aerial technologies to detect, classify and analyse soils, landforms and other objects on earth – can be used to acquire estimates of crop production as well as identify saline soils. Remote sensing can also be used to map out wastelands, monitor them and provide useful information on how these lands can be reclaimed. Satellites can be a useful source of information when it comes to the diversification and intensification of crops and correct planning of planting and husbandry projects. In the area of fisheries, fisheries zones can be mapped out based on the chemical composition and temperature of water bodies. Interpretation of these data will have useful commercial implications for fishermen.

In its most developed form, space technology can be used for precision agriculture – a high-tech way of generating data on optimal levels of soil input by using space and other biotechnologies. For example, informatics can provide insight on the levels of pesticides, fertilisers, weeds, etc in relation to the crop and soil requirements and characteristics. These can lead to near-accurate prescriptions on the best way to improve yield and effectively manage and maximise the soil.

In line with its National Space Policy, Nigeria has launched three earth observation remote sensing satellites NigeriaSat-1, NigeriaSat-2 and NigeriaSat-X, which all can be used for agriculture. This was done with an aim to use space technology to alleviate poverty and “[promote] food security through [the] efficient exploitation and management of the nation’s natural resources.” Furthermore, in the Vision 20:2020 agenda, a special focus has been given to the “intensive use of satellite imagery to predict weather and/or climatic changes that affect agricultural production.”

But this has not been all rhetoric. So far, the Nigerian Space Agency (NASRDA) has developed several initiatives to use satellite technology for agricultural development, in collaboration with a host of national and international institutions. This has led to various developments on the agricultural front. These include: (i) The development of the Fadama Land Information Systems (FLIMS) to boost rice production in Nigeria: This project was conducted in collaboration with the Satellite Application Centre and the Centre for Industrial and Scientific Research located in South Africa; (ii) The development of models for cassava yield predictions which was achieved through the joint effort of the International Institute for Tropical Agriculture (IITA), Ibadan; (iii) An assessment of environmental and other relevant factors for optimum and improved cocoa production conducted in partnership with Adekunle Ajasin University, Ondo State; (iv) The mapping out of nomads’ routes and grazing reserves across the country in a bid to resolve infringements and other social conflicts between the farmers and the nomads. The University of Ibadan has been a key partner in this project; (v) The implementation of the NigeriaSat-1 and other satellite data to assist farming systems – a joint effort involving National Cereal Research Institute as well as the IITA. These data have also been used to develop early warning systems for food security in the country with the help of the University of Nigeria Nsukka.

But, do all these projects translate into practical results for agriculture? According to Timiebi Aganaba, a Nigerian analyst with Euroconsult, a space consulting firm based in Montreal Canada, while there are many examples of successful projects in Nigeria where satellite technology has been used for food security, “the challenge is to move from pilot projects to operational services that can impact society in a practical way.”

In an interview with Aganaba, she shared the following thoughts: “India is a good example of a developing country that successfully uses space technology beyond the pilot phase for the development of agriculture. For example, following the success of the Crop Acreage and Production Estimates (CAPE) project, which used remote sensing data from satellite sensors to forecast acreage and yield of kharif rice and wheat grown in India, the methodologies developed were standardised for integration into the main system leading to pre-harvest acreage and production estimates being derived every season for up to eleven main crops and disseminated to the ministry of agriculture for use in policy decision making. I believe the steps Nigeria is taking in this regard are important steps which can be translated into practical benefits for the agricultural sector.”

Given the Indian emerging success story, it is evident that this challenge is not insurmountable for Nigeria. But as with any other bureaucratic institution in Nigeria, care must be taken to ensure that certain structures do not undermine institutional capacity to make timely decisions with great impact at the grassroots level. It is important for all key stakeholders to be brought together under an umbrella at this stage in order to effectively map out turf and strengths of each. Moving to the next level will also require a lot of funding and success will depend, in part, on how much funds are available and how effectively they are allocated for research and development. Furthermore, this endeavour should be closely aligned with the present presidential initiative – the Agricultural Transformation Agenda (ATA) – in order to effectively reach farming communities according to their needs, adequately exploit existing resources and technologies, and maximise the impact of these two programmes.

All in all, these inroads into space technology are a welcome development for Nigeria. It is hoped that through thorough planning and effective implementation, these developments will change millions of lives and livelihoods, conferring on Nigeria the status of a food secure and self-sustaining nation and, ultimately, a food basket of the continent.
Original Article Here

Thursday, 30 August 2012

Drought-hit Russian grain yields down 27 percent

Drought-hit Russian grain quality has fallen sharply, with yields from the key global wheat supplier's current harvest down 27 percent from last year to 1.92 tonnes per hectare as of Tuesday, the country's Agriculture Ministry said. 

Russia had completed 62 percent of the harvest by August 28, reaping 53.4 million tonnes of grains, down from 60.3 million tonnes by the same date in 2011, data published on the ministry's website www.mcx.ru showed. By August 26, 2010, Russia had harvested some 42 million tonnes of grains. It did not provide specific wheat harvest data. 

The impact of Russia's weather-ravaged harvest is being felt on international markets with Benchmark Chicago wheat rising on concerns the country may curb wheat exports. Russia barred grain exports for almost a year in August 2010 after a severe drought. Some market observers have speculated this year Russia's wheat harvest may fall below the crop of 2010, when it brought in 41.5 million tonnes of wheat out of a total grains harvest of 61 million tonnes. The Volga region harvested 13.2 million tonnes of grains by August 28 with yields down to 1.42 tonnes per hectare from 72 percent of its area. 

Saturday, 25 August 2012

Agriculture - soon a key component in Nepal's climate change agenda?


By Chase Sova
Persistence and diversification. Oddly enough, these two themes prove common between successful climate change adaptation, as well as getting to meet the Prime Minister of Nepal, Mr. Baburam Bhattarai. At least, this is the light-hearted lesson that The Adaptation to progressive climate change- and Oxford University Research Teamdrew from their recent meeting with the Prime Minister in early August.
Researchers Chase Sova and Prajwal Baral got the exclusive opportunity to sit down with the Prime Minister at his home office in Baluwtar, Kathmandu to discuss the climate change agenda within his administration. The meeting came at the end of one month of nearly 100 in-depth-interviews across Nepal’s climate change and agricultural sectors, including many members of Bhattarai’s government.
The chance to meet the Prime Minister doesn’t come by very often, and therefore both researchers took the opportunity to brief him on the research activities carried out by the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS). At present, this includes a team of Oxford PhD researchers moving between the Nepal’s capital, Kathmandu, and the southern district of Rupandehi (near the border of India) piloting CCAFS climate analogue tool and Farms of the Future program.
Considered to be Nepal’s most highly educated leader to date, Bhattarai’s reputation is certainly merited. He recalled during the talk his recent trip to Rio de Janeiro for the Rio+20 sustainability conference, where he played an important role as spokesperson for developing nations, reflecting Nepal’s current position as chair of the least developed countries (LDCs) in that forum. He expressed that given Nepal’s minimal contributions to emissions, that the climate change “paradigm” in the country is very different when compared to industrialized nations. He referred to the commonly cited ‘pillars’ of sustainable development - economic, social and environmental - to suggest that Nepal will face the greatest challenge in navigating the social and economic pillars in the face of climate change.
The Prime Minister also spoke of the worrying indications of snowmelt in the high-mountains and deviations of rivers in the mid-hills region of Nepal, even going as for to inquire why the research team had chosen the Terai plains for their research given these pressing challenges. Chase Sova responded by indicating the potential ripple effects that a loss of agricultural productivity and rural livelihoods could have on Nepal’s largely agricultural based economy. He stressed the need for research in each of Nepal’s diverse ecological regions, including the Terai “breadbasket”, reinforcing the need to consider agriculture as a key component of the PM’s climate change agenda. Seeing as the researchers had the opportunity to direct these recommendations to the highest political level, CCAFS hopes the Prime Ministerwill  take these considerations to heart for future climate change discussions.
Original Article Here

Saturday, 18 August 2012

Agriculture: ‘More research needed on cotton crop’


The potential of the cotton crop should be improved to help the economy, Islamia University Bahawalpur (IUB) Vice-Chancellor Muhammad Mukhtar said on Friday.
He was speaking to MPA Haji Zulfiqar Ali, a former provincial minister for livestock, Mumtaz Khan and Malik Habibullah Bhutta during thier visit to the Cotton Breeding Farm at the IUB.
He said more research was needed in cotton production and the IUB’s research programme was a step in this direction.
The IUB Cotton Breeding Project director said new varieties of cotton, MM-58 and IUB-222, were being tested. “Our research shows they can handle climatic conditions and virus effectively and blossom 70 days after plantation.
Published in The Express Tribune,

Saturday, 11 August 2012

Farmers, ranchers try to cope with climate change


Cattle rancher Ron Gill looks over his herd in Wise
County near Boyd, Texas, Aug. 1, 2012.
Gill has been cross breeding cattle with more drought
tolerant breeds.
DES MOINES, Iowa – Across American agriculture, farmers and crop scientists have concluded that it's too late to fight climate change.

They are trying to adapt to it with new generations of hardier animals and plants specially engineered to survive, and even thrive, in intense heat, with little rain.
Cattle are being bred with genes from their African cousins accustomed to hot weather. New corn varieties are emerging with larger roots for gathering water in a drought. Someday, the plants may even be able to "resurrect" themselves after a long dry spell, recovering quickly when rain returns.
"The single largest limitation for agriculture worldwide is drought," says Andrew Wood, a professor of plant physiology and molecular biology at Southern Illinois University.
On his Kansas farm, Clay Scott is testing a new kind of corn called Droughtguard as his region suffers through a second consecutive growing season with painfully scarce precipitation.
"These are products I really need," Scott said. "I couldn't be any happier that they are working on these products."
The urgency is also evident in Texas, where rainfall has been below normal since 1996. Crops and pastures were decimated in 2011 by a searing drought, and some got hit again this year.
Ranchers have sold off animals they couldn't graze or afford to feed. Cattle inventory, at 97.8 million head as of July 1, is the smallest since the U.S. Department of Agriculture began a July count in 1973.
At least one rancher is now breeding cattle with genes that trace to animals from Africa and India, where their ancestors have natural tolerance to heat and drought.
Ron Gill, a rancher who also heads the animal science department at Texas A&M University, says research has been under way for years to develop cattle that can withstand heat and grow on lower-quality forage.
Last year, he started incorporating into his herd Beefmaster cattle, a cross between Brahman cattle, which originated in India, and European breeds that include Herefords and Shorthorns. He's also experimenting with the appropriately named Hotlanders, a Texas breed developed for its heat tolerance using genetics from Senepol cows bred in the Virgin Islands.
As ranchers replenish their livestock, the advice from experts is to breed drought tolerance into herds.
"We're telling people, 'Regardless of what you have to buy to restock, your future breeding programs need to target this new normal and re-establish a different paradigm than what we've had in the past,'" Gill said.
It's no different for farmers in the nation's Corn Belt, who are confronting a drought that stretches from Ohio west to California and from Texas north to the Dakotas. Only in the 1930s and the 1950s has a drought covered more of the U.S., according to the National Climatic Data Center in Asheville, N.C.
Nearly half the nation's corn crop is in poor or very poor condition, as are a third of soybeans.
The damage would be much worse without the crop science advancements of the last 40 years, says Wood, at Southern Illinois University.
"This year's just terrible, but 20 years ago these crops would have been completely burned up," says Clay Scott, who not ony is testing the Droughtguard corm, but also grows wheat and raises cattle in Ulysses, Kan. "This year we're going to grow a decent crop even with drought."
Until a few years ago, most research was designed to improve a plant's resistance to a variety of threats, including insects, weeds and diseases. But the effort also helped instill drought tolerance, says Roger Elmore, extension corn specialist at Iowa State University.
Now crop scientists want to go further. In seed laboratories, they are developing corn varieties with larger roots to absorb more water and smaller tassels to save more of the plant's energy for making kernels. The new strains also have leaves that use less water for transpiration, the process that releases excess moisture after photosynthesis.
Wood is studying resurrection plants — mosses and ferns that dry up and look dead after being deprived of water for weeks but spring back to life when watered. The goal is to isolate genes that allow those plants to recover quickly from drought and transfer those traits to crops such as corn.
"We don't want to turn corn into a cactus," Wood said. His perfect plant would tolerate mild drought and, when it finally rains, quickly resume "normal biology and output."
Developed by St. Louis-based Monsanto and German-based BASF, Droughtguard is a combination of the best drought-tolerant seed.
Scott is among about 250 corn growers who are testing the variety on 10,000 acres from South Dakota to Texas. His final judgment will come at harvest time, but he's encouraged by what he sees in the field.
"Pollination looks excellent, ear-fill is good," he said. "I'm excited to see what the yield looks like."
It's not clear yet how far this kind of engineering can be pushed and whether seeds can be developed to endure the most severe droughts.
"When you get so severe, basically nothing does well," says David Lobell, an environmental earth systems science professor at Stanford University.
While corn is the most studied and engineered grain, it isn't the only crop getting attention.
New Mexico State University scientists are working on more drought-tolerant varieties of alfalfa to improve the nation's hay crop, which is critical for feeding dairy and beef cattle. Shortages have contributed to the widespread livestock sell-off.
At South Dakota State University, plant science professor Bill Berzonsky, announced last week the development of a new hard winter wheat variety he expects will outperform older seeds. It's not promoted as a drought-resistant product, but the wheat known as Ideal is designed to be planted in drier areas of the Dakotas, with better yield and more disease resistance.
Weather forecasters are working on their own climate-adaptation strategies, with the goal of helping farmers choose which crops to plant and when.
Eventually, meteorologists might be able to offer more precise seasonal forecasts that predict the number of days of continuous rain or days suitable for fieldwork.
"These are the kinds of things that have a disproportionately large influence on farming," says Gene Takle, director of Iowa State University's Climate Science Program.
The National Weather Service predicted months in advance that June and July would be hot and dry in Iowa, Takle said.
"What could we have said back in March that would have given farmers some actionable information to cope with this?" he said.
Original Article Here

Saturday, 4 August 2012

Using integrated model to tackle climate change challenges


By Kayode Aboyeji

WorldStage Newsonline-- If current efforts by the Federal Government of Nigeria to tackle the challenges posed by the negative impact of climate change phenomenon is allowed to see the light of the day, the country would soon be on her way to achieve the Millennium Development Goals (MDGs), national planning and promote sustainable development.
A US-based development experts, Millennium Institute (MI), is helping the government to develop an integrated software model, tagged 'Threshold 21' (T21), that would integrate the three main spheres- economy, social and environmental elements- into a single framework that could be used for long-term projections.
T21 is a dynamic simulation tool that supports comprehensive, integrated long-term national development planning. It supports comparative analysis of different options, and helps users to identify the set of policies that tend to lead towards a desired goal.
Broadly, T21 is an especially useful tool for preparing poverty reduction strategies that emphasises the MDGs and for monitoring of progress towards the MDGs or national goals.
  It is built on the philosophy that national planning is an integrated process, in which planners must consider economic, social and environment variables that influence sustainable development.
The Africa Adaptation Programme (AAP) under the Department of Climate Change, Federal Ministry of Environment with the support of United Nations Development Programme (UNDP) Nigeria country office are promoting the project.
At a two-day inception training workshop on T21 organised by the duo in the nation's capital, Abuja last week, chairman, Millennium Institute, John Shilling, said both the economy and society depend on the environment to function and develop.
Shilling noted that climate change is a major impact of the economy on the environment such as drought, floods, heat, and sea level rise, among others. These environmental changes, he said, impact back on the society and the economy.
"Nigeria has recognised this and the need to need to incorporate more adaptation measures into its development strategies and take account of the long -term effects of policies. Using our dynamic Threshold 21 model will contribute a great deal to dealing with these issues," he said.
  The MI boss disclosed that, presently, the institute was working with ECOWAS CDP to develop T21 PCMs for all 15 countries and two regional ECOWAS models, adding that the initial focus was on improving cooperation among members, including on infrastructure, energy, trade, migration and poverty reduction, but that more details were being added to the country models.
According to him, T21 PCM had been developed for the country with its local team. "It will be the basis for the T21 Nigeria model dealing with climate change adaptation. T21 deals with the complexity of climate change by integrating environmental, social and economic structures into single framework."
Cathy Tan, also of MI, noted that climate change poses serious threats to sustainable development and achievement of MDGs. She explained that the key findings of IPPC Fourth Assessment Report (AR4) was that millions of people globally will be exposed to increased water stress and that access to food in many African countries will be seriously compromised.
Tan said an adaptation measure is therefore necessary for the country. She disclosed that the model is presently being used in Namibia.
Wumi Olayiwola of ECOWAS Commission said the ECOWAS T21 project is a major ECOWAS initiative 2010-2012 for the better understanding of regional integration dynamics in the medium and long term.
Prof. Olukayode Oladipo, one of the Nigeria's international negotiator and facilitator of the two-day workshop which drew participants from the academia, civil society, government agencies, research institutes, media, said the whole essence of the programme was to hear from various stakeholders the critical element that should go into the model.
He said there would be more sectoral analyses of what will go into the model and that it could take up to two years to be developed.
He appealed to the government to take it as a national project, adding that climate change will affect all the sector of the economy, particularly agriculture which contributes about 40 per cent of the Gross Domestic Products.
He said h: "It is important to capture a lot of elements that will go into the model that the country can use in planning."
Original Article Here

Friday, 20 July 2012

Agriculture Secretary Tom Vilsack: I pray for rain every day


By Georgetown/ On Faith
U.S. Agriculture Secretary Tom Vilsack listens to a question during a press briefing about the drought in the midwest at the White House in Washington July 18, 2012. Broiling heat has blanketed much of the U.S. Midwest this week, exacerbating the region's worst drought in more than 50 years and devastating corn, soy and other vital crops. (KEVIN LAMARQUE - REUTERS)
“I get on my knees every day and I’m saying an extra prayer right now. If I had a rain prayer or a rain dance I could do, I would do it.”
Original article here

Wednesday, 18 July 2012

Fujitsu Launches New “Akisai” Cloud for the Food and Agricultural Industries


-- Utilizing ICT to ensure plentiful food supplies in the future --
Tokyo, July 18, 2012 -- Fujitsu Limited today announced the launch of its new "Akisai" cloud for the food and agricultural industries, which will be available from October of this year.
Based on Fujitsu's field testing over the past three years on the use of ICT on the front lines of agriculture, the Akisai cloud achieves rapid improvements in the efficiency of agricultural management by employing ICT.
With the concept of "utilizing ICT to ensure plentiful food supplies in the future," Fujitsu's new service is the first of its kind worldwide that has been designed to provide comprehensive support to all aspects of agricultural management, such as for administration, production, and sales in open field cultivation of rice and vegetables, horticulture, and in animal husbandry.
With the on-site utilization of ICT as a starting point, the service aims to connect distributors, agricultural regions, and consumers through an enhanced value chain.
Beginning in October, as the initial stage in its release, Fujitsu will provide an SaaS-based solution for agricultural production management, which is designed to support management in both agriculture and food-related industries, while also offering an innovation support service that promotes on-site ICT utilization and supports systematic management practices in farms.
These services allow farmers to visualize the entire production process, while enabling management leading to revenue growth through utilizing comprehensive data.
Food-related companies, such as food processors, wholesalers, retailers, and restaurants, will also be able to establish a process for regulating supply and demand adjustments as well as quality control with their contracted producers.
Original Article here

Saturday, 14 July 2012

Climate science under dust cloud


Jack Waterford
OLD AUSTRALIA is sustained by a number of myths far more satisfactory than the truth, and I will thank the climate change people to focus their deconstructions in another direction.
One of their myths is that most of us - at least the people whose ancestors had arrived by World War II - were rural people by background, with the full suite of baggage involving wholesome values, hard work, knowing the Kildare side of a cow and being of an active family, clan and close community in which all knew each other well, were often related, and met regularly at church, or chapel, at the top of the hill.
That did, more or less, happen to me, but the overwhelming proportion of white Australians, from 1798 on, lived always in cities, and practised urban sorts of pursuits, such as factory work, hanging, flogging and exogamy. On the whole, they did not even come, voluntarily or otherwise, from rural villages and towns in England, Scotland, Wales and Ireland, but from the slums of the larger cities. Ways and customs of farm or field, paddock and bush did not much abide in most of these folk.
But they did like to think that they were rural folk at heart, because so many had a vision of themselves as simple, proud and dignified folk, working not as tiny factors of production but in wholesome, simple but hard-working labour involving the production of food, simple tools and personal wherewithal, far from the dark satanic mills of the England of several hundred years ago.

In this fantasy of Merrie England, people lived as they had for centuries, the population was usually fairly steady, most people never travelled more than 20 miles from where they were born in their entire life, except sometimes as soldiers, and great events and tumults usually had only mild local impact. Transplanted in Australia, many Australians developed, within only a generation or two, a notion that a good sprinkling of the ancestors had worked the Australian land as well.
We like these myths because we tend to imagine that most social change has taken place in relatively recent time - and that it has, perhaps, involved some sort of expulsion from Eden from the embrace of technology, strangers, the slums, the smells and the indignities of the factory, the machine and the wicked temptations of all too crowded flesh. Many of us yearn in our hearts for simpler, less complicated, and imaginably more healthy times.
Facts do little to affect this romance, or rural idyll. The history of Australia, as much as of Britain or Ireland, has always involved great change and dislocations, usually at least once every generation, caused not only by war, but by the rise and fall of empires, of industries and of diseases. Quite apart from the inexorable sprawl of our cities, there is hardly a part of settled Australia that is not substantially different than a 150 years ago, than 100 years ago, or 50 years ago.
A bit more than 150 years ago, for example, there were more than 20,000 people scrabbling for gold around Braidwood, most of whom had likewise scrabbled up the Clyde mountain with everything they possessed in the world. There were perhaps 10,000 living in tents through winter at Kiandra, but, as at Braidwood, one has to search hard for evidence these days. About 120 years ago, Wiluna in Western Australia (present population perhaps 200, nearly all Aboriginal) had a population of 20,000. About the same time, towns such as Wilcannia on the Darling River were among the busiest ports in Australia, taking wool and copper to the sea at Goolwa in South Australia.
Nothing has dislocated modern Australia more than the mortality of WWI. Half of the population of young adult males went overseas: one in seven was killed; three of that seven suffered disabling wounds or disease. Less than a year after the survivors reached home, about 10,000 Australians died of the Spanish flu. If the flu death rate were the same in Canberra today, we'd have had 900 extra deaths in two months. In Indonesia, the net mortality was about 1.5 million - perhaps three times the mortality of the 2004 tsunami, or, comparing on a population-equivalent basis, with the social effect of the death of 12 million people there today.
As mining boomed and busted, agriculture waxed and waned, other industries flourished then disappeared, and people moved about Australia for jobs and opportunities. Few Australians - even well-off farmers - have occupied the same soil for more than two generations, or, for that matter, practised much the same trade as their grandfathers or mothers. It is unlikely that even pronounced climate change will have such effects, unless it drowns coast-dwellers.
This week some city-based climate change scientists looked at some remote Australian towns and villages, looking at weather and economic data to see which might wax and wane as a result of climate change - assumed to be likely to make weather hotter, drier, and subject to greater fluctuation than before as a result of a general warming of the earth.
To my shock and horror they predicted an end to Goodooga - fondly described by me often in these columns as the jewel of the Bokhara, centre of civilisation, and once the location, admittedly a while ago, of the Magnetic South Pole as well as of the family of the person to whom I sometimes refer by means of the perpendicular pronoun. It was number 17 on a list of places which might disappear up its own fundament, led by White Cliffs, which I likewise expect to see Queanbeyan out.
Pigs, I say. What would these boffins know? Out at Goodooga we are not even sure that the evidence is in, as yet, that the climate's getting hotter, locally. Or drier. Or dustier. This is not to doubt the general pattern of warming, or its anthropogenesis. It reflects, rather, the fact that the local weather has always been on the warmish side, the dryish side, the dusty side, and that there have always been marked and unpredictable variations. Right now, we are in goodish times, indeed have recently had floods after longish droughts, but neither the length nor severity of the droughting or the flooding was anything special, by our reckoning. As for hot weather, we remember a consistently warmer spell in 1963-64, and no one left town then, except for extra beer supplies. Some locals reckon it was drier in Noah's time, as well as in the federation drought. When it rained at Ararat for 40 days and 40 nights, we got only 17 points (4mm) at Goodooga. And survived, of course, and without bitching.
In only the past 50 years, people have received 240 volt electricity, air conditioning, telephones and now mobile and computer reception, refrigeration, bitumen roads and a metropolis only 100kms to the south-east. And a good many undesirables have moved out.
Plus ça change, plus c'est la même chose, we say. You city folk should worry about yourselves. We'll be OK until the next Ice Age.
Original Article Here

Thursday, 5 July 2012

New study exposes NGO’s climate smart agriculture as fraudulent!


Present ‘climate science’ has no clue of ‘monsoon behaviour’ because uncertainties are so huge that makes its prediction highly challenging. If this being the case how agricultural solutions from NGOs would be climate smart?

"Understanding how the South Asian monsoon will change in response to global warming and resolving the uncertainties in projected changes are ‘demanding tasks’ for climatescience.”

The extract is from a study published in the 24th June issue of “Nature Climate Change” - a sister journal of the world's  most cited scientific publication - Nature. The study had been authored by Andrew Turner, National Centre for Atmospheric Science-Climate, University of Reading and co-authored by Hari Subramaniam Annamalai, International Pacific Research Centre, School of Ocean and Earth Science, University of Hawaii.

If we were to go by Oxfam’s policy document - Growing Better Future or ActionAid’s - ‘On the Brink or the ICRIER-Gene Campaign Policy Paper 16: 'Impact of Climate Agriculture & Food Security', all based on the so called Climate Smart Agriculture (CSA) paradigm, we can’t be faulted to be left with an impression that CSA is a magic wand wherein all solutions are known and further these NGOs have actually the in situ capability to translate these into action!

But wait a minute. What did this new “Nature Climate Change” study actually find? Let’s read their opening sentence once again:
“Understanding how the South Asian monsoon will change in response to global warming and resolving the uncertainties in projected changes are ‘demanding tasks’ for climatescience.”

Translated:  Present ‘climate science’ has no clue of ‘monsoon behaviour’ because uncertainties are so huge that makes its prediction highly challenging!

If this being the case, how climate smart can these NGO agricultural solutions be?

So on what basis has the Nature Climate Change study made such a conclusion? This is what is given as an explanation:
“Current state-of-the-art general circulation models have difficulty simulating the regional distribution of monsoon rainfall...”

“But, variations within each season, over timescales of a few days or weeks, often have large impacts on agriculture or water supply...”

"Perhaps the single biggest scientific challenge is in understanding monsoon variability at intra-seasonal timescales (several weeks), the so-called active and break events in the monsoon, and how they will change in the future"...”

A few days ago, India Today interviewed my Facebook pal, GV Ramanjaneyulu, Executive Director of Hyderabad-based Centre for Sustainable Agriculture (CSA) on the issue of the monsoon playing truant. And this is what Ramanjaneyulu expressed as the problem during this interview:

"There are areas which are hit by drought every year, but still there is no contingency plan...The plan should be, say, if rain is delayed for 15 days, what is the plan B? If it is delayed for 30 days, what is plan C?"

I wrote back cheekily perhaps he should target his ire at NGOs like Oxfam, ActionAid or Gene Campaign, as only they could audaciously claim they were climate smarties and not government agencies like the Indian Meteorological Department (IMD). I added that in the past farmers used to give specific names to weekly rainfall according to which they took decisions what crop and variety to plant. Thus in the past these decisions were made on the basis of soil fertility; irrigation potential and monsoon behaviour. Now the same decisions are driven by market or profit maximization impulses which makes monsoonforecasting, as difficult as it is, a prerequisite for climate smart agriculture.

But NGOs instead of developing monsoon forecasting skills choose to belittle the IMD’s chequered forecasting track record. Take for example Devinder Sharma who pompously projects himself as an international food security analyst in an article a couple of days in the Deccan Herald wrote:
“In 2009 when India was faced with one of its worst droughts, the monsoon forecast was for an 'almost normal' rainfall season.”

You must have heard of the meteorological department’s monsoon forecast. It promises to be a near normal monsoon season from June-September with rains expected to be 98% of the long period average with a 5% variation.

Sounds good.

But if you are a farmer, keep your fingers crossed. Instead of depending on the first monsoon forecast that was given out in April, I suggest you keep on praying before rain gods to be kind to you. Pray with folded hands that the rains do not deceive you once again as it did two years back in 2009. You haven’t yet recovered from the economic distress that the 2009 drought had inflicted, and if the monsoon fails again you will be in dire straits.



By the same logic we can ask votaries of CSA such as Devinder Sharma, how they can claim that their agriculture practices are climate smart even when they are unable toforecast monsoon behaviour. This trait cuts across all foreign funded NGOs. All pretend climate smartness even when they have no clue on how the monsoon will behave. If the IMD’s wrong monsoon forecasts can hurt farmers bad, even more so agricultural practices that are not aligned with monsoon behaviour, even if they are foolishly assumed as being so.

The “Nature Climate Change” study goes further to observe:
“Current state-of-the-art general circulation models have difficulty simulating the regional distribution of monsoon rainfall”.

But it is the same GCM models that predict that global temperatures will increase 4-8 deg C by 2100, the primary problem that CSA bases itself to address.  If the GCM model is unreliable for seasonal forecasts, how then is it considered reliable for a 100 year forecast?

The “Nature Climate Change” study concludes:
“Models linking monsoon responses to global warming suggest a rise in monsoon rainfall, but there is a high degree of uncertainty in these projections. Observations from data sets from most areas indicate a declining trend or no change in monsoons, contrary to the projected rise.”
Climate is average weather for a period now taken as 30 years. Now if a model cannot predict this season’s monsoon, how climate smart can be the solutions based on such models? Rather than finding appropriate solutions to a changing climate, all these NGOs have to offer are standardized solutions which are assumed as being appropriate for whatever directions the climate shifts! And they call this illogical outlook - “Sustainable Development”!

So next time you hear a foreign funded NGO staff waxing eloquent of CSA, you should now be able to recognize them for what they really are - either imbecile idiots parroting lines that they have no clue about or just sleek PR artists aiming to con you!

Original Article Here 

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