Two years of extreme drought, during which farmers relied almost completely on groundwater, have brought the seriousness of the problem home. In 2011 and 2012the Kansas Geological Survey reports, the average water level in the state’s portion of the aquifer dropped 4.25 feet — nearly a third of the total decline since 1996.

And that is merely the average. “I know my staff went out and re-measured a couple of wells because they couldn’t believe it,” said Lane Letourneau, a manager at the State Agriculture Department’s water resources division. “There was a 30-foot decline.”

Vast stretches of Texas farmland lying over the aquifer no longer support irrigation. In west-central Kansas, up to a fifth of the irrigated farmland along a 100-mile swath of the aquifer has already gone dry. In many other places, there no longer is enough water to supply farmers’ peak needs during Kansas’ scorching summers.

And when the groundwater runs out, it is gone for good. Refilling the aquifer would require hundreds, if not thousands, of years of rains.

Still wondering why we invest in agricultural equities, commodities and water ?

Related Video Post:  10 Reasons to Invest in AGriculture – NOW

 

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The danger that the decline of bees and other pollinators represents to the world’s food supply was highlighted this week when the European Commission decided to ban a class of pesticides suspected of playing a role in so-called “colony collapse disorder.

One of every three bites of food eaten worldwide depends on pollinators, especially bees, for a successful harvest.  In the past several months, a scramble in California’s almond groves has given the world a taste of what may lie in store for food production if the widespread — and still puzzling — decimation of bee colonies continues.

For much of the past 10 years, beekeepers, primarily in the United States and Europe, have been reporting annual hive losses of 30 percent or higher, substantially more than is considered normal or sustainable. But this winter, many U.S. beekeepers experienced losses of 40 to 50 percent or more, just as commercial bee operations prepared to transport their hives for the country’s largest pollinator event: the fertilizing of California’s almond trees.

Related: Colony Collapse Disorder Is a Myth. Neurotoxic Pesticide Causes Bee Deaths.

The proof that a neurotoxic pesticide causes bee die-offs has existed for two years, but the research hasn’t been able to get published.

The gravity of the situation was underscored on Monday, when the European Commission (EC) said it intended to impose a two-year ban on a class of pesticides known as neonicotinoids, now the world’s most widely used type of insecticide. Neonicotinoids are one of the leading suspected causes of colony collapse disorder, and the European Commission announced its controversial decision three months after the European Food Safety Agency concluded that the pesticides represented a “high acute risk” to honeybees and other pollinators.

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Reducing the extreme levels of air pollution in China has moved to the top of the political agenda for the new government this year. Without reform, China’s air pollution could worsen by another 70% in 2015. Construction and industrial emissions contribute approximately 20% of particle matters (as measured by PM2.5). We expect measures to address this crisis may have important implications for industrial sector activity. In fact, the forthcoming power rationing in Hebei province highlights that provincial governments may step up their effort to tackle pollution crisis.

According to Bloomberg, Tangshan city will shut 199 polluting factories by rationing their power supply from May 20th. Power supply for three ore-sintering lines at Tangshan Steel and two at Guofeng Steel will be cut. Operations won’t be resumed until desulfurizing devices are added to satisfy environmental standards. Furthermore, outdated, unlicensed and illegal facilities in Tangshan will also be closed by May 31st. If these measures are implemented strictly, we expect this could support steel prices while depress iron ore demand.

Chinese authorities have sought to appease public anger after smog in Beijing hit hazardous levels in January. Pollution has surpassed land disputes as the biggest cause of protests in China, Chen Jiping, a former leading member of the Communist Party’s Committee of Political and Legislative Affairs, said in March.

Related Video Post:  Think China’s Air Pollution is bad – try again – look at its water pollution problem.

Related FAQ:  What is PM2.5 ? Click here to find out

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Youtube link: http://youtu.be/H9MeQBIM4v0

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Microsoft founder Bill Gates spoke May 7 at an International Agriculture and Food Security Briefing sponsored by Farmers Feeding the World, a Farm Journal Foundation Initiative, and the Senate Hunger Caucus.

Nothing improves an economy as efficiently as agriculture, the Microsoft founder says

Investing in agriculture is essential if the fight against world poverty is to succeed, according to Microsoft founder Bill Gates, who spoke at an International Agriculture and Food Security Briefing sponsored by Farmers Feeding the World, a Farm Journal Foundation Initiative, and the Senate Hunger Caucus.

“It’s been proven that of all the interventions to reduce poverty, improving agricultural productivity is the best. All the other different economic activity—yes it trickles down. But nothing as efficiently as in agriculture,” Gates said to a packed conference room in the U.S. Senate office building.

Several congressmen and many staff attended the briefing, along with key influencers in agricultural policy. The event offered a rare chance to hear from Gates himself about his foundation and its work in agriculture.

“I want to talk about why investments in agriculture make such a big difference in the lives of the poor,” Gates said. “Our agriculture program has become one of our biggest, and it’s one of our fastest growing. That’s because we’ve seen huge results, and without it we don’t see a way of achieving our goals, where kids can be healthy, their brains can fully develop, and they can have a chance to live a normal life.

“Most of the poor people of the world are farmers—farmers with very small plots of land, who have to deal with a great deal of uncertainty because they don’t know what their yield is going to be, and in many years they are making just enough—or not even enough—to have the food that they expect.”

 The Green Revolution: A Model for Success

“There is a history of success here. Certainly the green revolution is one of those unbelievable stories that’s quite exciting. I was down in Mexico at CIMMYT (International Maize and Wheat Improvement Center) a couple months ago. They were putting in a Norm Borlaug statute down there, talking about how they are carrying on in the spirit of his work, to help everyone in the world put in high-productivity crops.

“That revolution certainly saved hundreds of millions of lives. But it’s a revolution that’s not yet complete. And if we take the world as a whole, in the ‘80s and ‘90s, there was a shift away from agriculture, not focusing on what still had to be done. And particularly if we look at Africa, because of the breadth of eco-systems there, this green revolution, this increase in productivity, is not noticeable at all.

“You take that history of yield chart, and not only are they at a very low level, but they are essentially staying at that level. So it’s time for a renaissance of the green revolution. Obviously we learned a lot in the first green revolution about sustainability, use of agriculture, making sure it reaches out to the very poorest farmers. This time around, as we redo what was done well, we can do it in an even smarter way.

“The metrics here are pretty simple. About three-quarters of the poor who live on these farms need greater productivity, and if they get that productivity we’ll see the benefits in income, we’ll see it in health, we’ll see it in the percentage of their kids who are going off to school. These are incredibly measurable things.

“The great thing about agriculture is that once you get a bootstrap—once you get the right seeds and information—a lot of it can be left to the marketplace. This is a place where philanthropy and government work, and market-based activity, meet each other.”

 Increasing Investment in Research

“It’s been proven that of all the interventions to reduce poverty, improving agricultural productivity is the best. All the other different economic activity—yes it trickles down. But nothing as efficiently as in agriculture.”

“Our agricultural program has a number of aspects. A fair bit of it is in the upstream area. We’ve become one of the larger funders of the CGIAR system. Places like CIMMYT do really unbelievable work. And given the impact of their work, and the importance of the work, we’ve all got to be disappointed that funding is not even at peak levels. It’s come off from the peaks of a long time ago, and it needs to be renewed. In particular, given the opportunities of taking the genetic revolution and various digital approaches that track productivity and look at genotype and phenotype information, we have to dedicate ourselves to upgrade the tools and the skills that are in those centers, so that they are benefitting from the latest science.

 Original Article

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Every now and then a book comes along that can change everything and lead you down (or up) a new path; a path that you would not have discovered without reading it. I wish I had read this book in my twenties or even my thirties. But as St. Augustine once said: “It is better to live with remorse than with regret!” – I am happy to have read it now and introduce it to my friends and family and keep it as far away as possible from my competitors. It gives the reader an amazing insight into how the world really works and why history seems to annoyingly repeat itself and how to benefit from the inevitable consequences that follow along this path.

I first met David Murrin about 10 years ago when he came to our lake in Italy as the keynote speaker to coach our team on geopolitical macro issues affecting our investment decisions. It was hands down one of the best presentations I ever attended. I then lost touch for a few years and was recently reconnected after reading his book.

This book: “Unlocking the Code of History” should be mandatory reading (and testing) for every single college entrant and should ideally become part of the school curriculum. (Yes, its THAT good).

Here’s a link to some of his TV appearances

I highly recommend downloading or ordering the book online. I believe anyone that reads it will gain a tremendous advantage.

More about David:

David has a 2:1 Honours degree in Geophysics from Exeter University. He started his career in the oil exploration business in the jungles of Papua New Guinea where he  worked for almost three years . Since then he has spent the past 25 years in the world of financial markets.  Continue reading

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Dr. Peter Gleick
Sometime, about one year from now, the front pages of whatever decent newspapers are left will carry a headline like the one above, announcing that for the first time in human existence (or in nearly a million years, or 3 million years, or 15 million years), the global atmospheric concentration of carbon dioxide — the principal gas causing climate change — will have passed 400 parts per million.

Image courtesy of Peter Gleick via ScienceBlogs. The concentration of CO2 in the atmosphere measured by Scripps/NOAA at Mauna Loa. We’re rapidly approaching 400 parts per million. Click image to enlarge.

That’s a significant and shocking figure.

Unfortunately, it is only a temporary marker on the way to even higher and higher levels. Here (Figure 1 above) are the most recent (March 2013) data from the Mauna Loa observatory showing the inexorable increase in atmospheric CO2 and the rapid approach to 400 ppm.

There is a range of estimates around the detailed time record of atmospheric composition, and the study of changes in atmospheric carbon dioxide concentrations over the billions of years of the Earth’s existence is an exciting area for research. A commonly cited figure with strong evidence comes from measurements of air trapped in ancient ice cores obtained from Antarctic ice. We now have a detailed 800,000 year record, which shows clearly that atmospheric CO2 levels never approached 400 ppm during this period (as shown in Figure 2).

Image courtesy of Peter Gleick via ScienceBlogs The concentration of CO2 in the atmosphere, measured over the past 800,000 years. It never came close to 400 ppm. Present day is on the right of the curve. Click image to enlarge.

In December 2009, a research team from UCLA published a paper in Science that suggested we would have to go back at least 15 million years to find carbon dioxide levels approaching today’s levels. This research used isotopic analysis of shells in deep sea sediments and reported that CO2 concentrations may not have exceeded 400 parts per million since the Mid-Miocene Climatic Optimum (MMCO) — between 16 million and 14 million years ago. The MMCO was associated with reduced planetary ice volumes, global sea levels a huge 25 to 40 meters higher than today, and warmer ocean temperatures. Decreasing CO2 concentrations after that were associated with substantial global cooling, glaciations, and dropping sea levels.

ABOUT THE AUTHOR:

Dr. Peter Gleick is president of the Pacific Institute, an internationally recognized water expert, and a MacArthur Fellow.
Gavin Schmidt of NASA’s GISS has pointed me to research in a December 2011 article in the journal Paleoceanography by Gretta Bartoli, Bärbel Hönisch, and Richard E. Zeebe reporting on paleoclimatic records that suggest that CO2 concentrations (at least in the Northern Hemisphere) may have been around 400 ppm between 2 million and 4.6 million years ago. This evidence comes from isotopes measured in planktic foraminifer shells spanning 2.0 million to 4.6 million years ago and indicates that atmospheric CO2 estimates during the Pliocene gradually declined from just above 400 ppm to around 300 ppm in the early Pleistocene 2 million years ago.

800,000 years ago? Three million years ago? 15 million years ago? More research will continue to clarify the variability of Earth’s atmospheric composition over time, as well as the impacts for the planet as a whole of screwing with it. [That’s a technical term…]

But the more important point to remember is that never in the history of the planet have humans altered the atmosphere as radically as we are doing so now. And the climatic consequences for us are likely to be radical as well, on a time-scale far faster than humans have ever experienced.

–Peter Gleick
Follow Peter Gleick on Twitter.

Originally published by Science Blogs on March 7, 2013.

The post Peter Gleick: An Inevitable Headline in 2014 — ‘Planet’s CO2 Level Reaches 400 ppm for First Time in Human Existence’ appeared first on Circle of Blue WaterNews.

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For the time being, all that’s blooming atop the Boston Design Center are panoramic views of the city skyline, harbor, and Seaport District. In a few weeks, though, plants should be sprouting amid the air conditioning units and heat vents.

In this rooftop project, think tomatoes, basil, parsley, chervil, lovage, and thyme, and lots of it, spread over 13,000 square feet in what will be the most ambitious experiment to date in local urban ag.

By next year, the project is expected to total 40,000 square feet of planted produce and another 15,000 square feet of harvest stations and support equipment. As it grows, Boston will become more prominently aligned with a burgeoning urban agriculture movement, one marrying underutilized city space with “green” consciousness and a hunger for locally produced food.

High stakes, indeed.

“For now, our focus is on high-value crops that restaurants are excited to serve,” says Courtney Hennessey, cofounder of Higher Ground Farm, a South End-based firm that will manage the rooftop farming operation once it’s up and running.

Permit issues and as-yet-unmet funding — the project carries a start-up price tag of $250,000 — have pushed installation back to mid-May, according to Hennessey, later than the once-planned February launch, yet still in time for a mid- to late-summer harvest. Despite the delay, Higher Ground Farm hopes to reap around $100,000 in produce this year.

Eventually the farm, which has signed a 10-year lease with the design center, will support four distribution channels: area restaurants, six of which have already come aboard (Toro, Coppa, Sweet Cheeks Q, and Tavern Road among them); community-supported food-growing programs, shares in which will be sold to the public; a small, onsite ground-level farm stand; and nonprofit food collaboratives in Dorchester and Mattapan, two communities where fresh, local produce is traditionally hard to come by.

“Do we see this as part of a bigger movement? Absolutely,” says Hennessey, whose previous jobs include work in community-based agriculture projects and restaurant management. She and her partner, John Stoddard, met as students at the University of Vermont 15 years ago.

Not only is unshipped produce fresher, tastier, and more nutritious, Hennessey says, but food security is also less of a concern and the local economy benefits, too.

In Lynnfield, meanwhile, construction is underway on a new Whole Foods store with a half-acre (17,000 square feet) rooftop farm that is designed into its architectural plans. By late-May, project managers hope they’ll be able to plant tomatoes, cucumbers, eggplant, leafy greens, and several varieties of herbs, to be sold in the store’s produce bins.

While rooftop farming is not an entirely new concept, notes Jessie Banhazl, founder of Green City Growers in Somerville, what’s currently happening around Greater Boston and the region is taking the idea to a scale, and height, unknown just a few years ago.

“People have been doing it under the radar for years, and some countries are more advanced than ours,” says Banhazl, whose company will manage the Whole Foods rooftop farm. “[But] people are becoming more receptive to it now that it’s becoming more visible, and there’s more understanding of the importance of growing hyperlocally.”

Founded in 2008, Green City Growers also manages a 5,000-square-foot garden atop Dorchester’s Ledge Kitchen & Drinks restaurant and another serving b.good in Downtown Crossing. The Whole Foods installation is being designed and installed by Recover Green Roofs, another Somerville-based firm, which specializes in vegetative “green roofs” and rooftop-ag projects.

Other large-scale rooftop farms already established in Northeastern cities include Brooklyn Grange, which maintains two facilities in Brooklyn and Queens, N.Y., that total 2.5 acres and yield more than 20 tons of produce annually; Eagle Street Farm’s 6,000 square-foot-rooftop farm, situated above a Brooklyn warehouse; and Lufa Farm’s $2 million, 31,000-square-foot rooftop greenhouse in Montreal, which grows 25 varieties of vegetables year round and hydroponically.

Soil-based, seasonal farms like those attached to the Boston Design Center and Whole Foods store are cheaper than the hydroponic kind, note Banhazl and others. Their costs typically run between $30 and $55 per square foot for soil, plants, and irrigation, versus around $200 per square foot for a large hydroponic farm like the one in Montreal. The latter’s energy costs are higher, too.

Across the board, though, rooftop farms yield important energy savings, advocates say, helping to cool buildings in the warmer growing months. Heat from below also lengthens the growing season — perhaps into early November along Boston’s waterfront — by warming soil beds.

“We anticipate as much as 7 percent in annual energy savings,” says Hennessey, standing on the Design Center’s vacant rooftop last week. She estimates 5 to 15 percent of already-built city structures could support rooftop farms of some size.

Landscape architect Lauren Mandel has been studying the urban ag movement for the past four years. In her new book, “Eat Up: The Inside Scoop on Rooftop Agriculture” (New Society Publishers), she identifies eight North American cities — Chicago, New York, and San Francisco, among them — that have been leading the way in high-rise urban farming.

Boston is not in their league yet, concedes Mandel, but it may get there soon. For one thing, she notes, the city has scores of older buildings with the structural integrity to support large-scale projects. Other assets that make rooftop farming feasible? Water sources, freight elevators that reach the roof, and high parapets that allow for safe public access (these are rooftops, after all).

“In a few short years, a constellation of new farms and gardens across our city skylines reveals the industry’s extreme growth, and unparalleled potential for expansion,” writes Mandel in the introduction to “Eat Up,” which comes out this month.

By phone from Philadelphia, Mandel says the distinction between rooftop farming and gardening is, in her view, not only a function of scale but of the growers’ intent as well. “I try to define the terms by where the food is going rather than size [of operation],” she says, with more commercial enterprises qualifying as farming, in her mind.

Mandel predicts that Boston is ripe for assuming a bigger role in the urban ag movement.

“Rooftop agriculture takes a lot of disciplines — engineers, architects, designers — that Boston already has,” she says. “You don’t need professionals to grow a few tomatoes on your roof. On a bigger scale, you do, though.”

Beyond the expertise required, “A big part of this is exposure and social media coverage,” Mandel continues. “When you couple rooftop agriculture with a restaurant or grocery store, you have a lot of marketing potential. There’s an element of sex appeal there, to be honest.”

Joseph P. Kahn can be reached at jkahn@globe.com.
Original article in the Boston Globe

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“Our global economy, reckless in its use of all resources and natural systems, shows many of the indicators of potential failure that brought down so many civilizations before ours. By sheer luck, though, ours has two features that might just save our bacon: declining fertility rates and progress in alternative energy. Our survival might well depend on doing everything we can to encourage their progress. Vested interests, though, defend the status quo effectively and the majority much prefers optimistic propaganda to uncomfortable truth and wishful thinking rather than tough action. It is likely to be a close race.
The collapse of civilizations is a gripping and resonant topic for many of us and one that has attracted many scholars over the years. They see many possible contributing factors to the collapse of previous civilizations, the evidence pieced together shard by shard from civilizations that often left few records. But some themes reoccur in the scholars’ work: geographic locations that had misfortune in the availability of useful animal and vegetable life, soil, water, and a source of energy; mismanagement in the overuse and depletion of resources, especially forests, soil, and water……
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The True Value of Soil – Download the Complete Video 55MB or view on youtube

Our soil is the earth’s fragile skin that anchors all life on Earth. It is comprised of countless species that create a dynamic and complex ecosystem and is among the most precious resources to humans. Increased demand for agriculture commodities generates incentives to convert forests and grasslands to farm fields and pastures. The transition to agriculture from natural vegetation often cannot hold onto the soil and many of these plants, such as coffee, cotton, palm oil, soybean and wheat, can actually increase soil erosion beyond the soil’s ability to maintain itself.

Half of the topsoil on the planet has been lost in the last 150 years. In addition to erosion, soil quality is affected by other aspects of agriculture. These impacts include compaction, loss of soil structure, nutrient degradation, and soil salinity. These are very real and at times severe issues.

The effects of soil erosion go beyond the loss of fertile land. It has led to increased pollution and sedimentation in streams and rivers, clogging these waterways and causing declines in fish and other species. And degraded lands are also often less able to hold onto water, which can worsen flooding. Sustainable land use can help to reduce the impacts of agriculture and livestock, preventing soil degradation and erosion and the loss of valuable land to desertification.

The health of soil is a primary concern to farmers and the global community whose livelihoods depend on well managed agriculture that starts with the dirt beneath our feet. While there are many challenges to maintaining healthy soil, there are also solutions and a dedicated group of people, including the WWF and the UNCCD who work to innovate and maintain the fragile skin from which biodiversity springs.

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