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The Government Has Been Meddling in Food and Nutrition for a Long Time

The Government Has Been Meddling in Food and Nutrition for a Long Time

For over a century, the federal government has had its hand in shaping what we eat in a multitude of ways, usually to bad effect.

Government intrusion is often obvious. We know when government taxes our income, stops us from using our drug of choice, or when they kick down our door and throw us in a cage. But sometimes, government actions are more subtle and confusing. It is often tempting to blame industry alone for the failures in the market and to ignore the substantial – but often less visible – role that government plays in regulating different markets. From the housing crisis and its relationship to banking to healthcare and sky-high costs, this tends to ring true. When it comes to food, nutrition, and its impact on health, blame is often allocated to the market by the uninformed individual.

The average person tends to vaguely understand the issue. They probably know a bit about farm subsidies, taxes, and the Food Pyramid. However, they most likely don’t understand the level at which government regulates our food. There is a long and storied history of government agriculture policy, import tariffs, food quotas, shoddy science guidelines, and regulation, all of which gets passed over for more obvious scapegoats such as the market and corporations.

Regulatory Agencies

The USDA was started under Lincoln in 1862.

There are two main agencies that regulate food in the U.S; the Food and Drug Administration (FDA) and the United States Department of Agriculture (USDA.) Both are charged with overall food safety nationwide. But the distinction in jurisdictions is often incredibly confused, with both agencies regulating different aspects of the same foods. For example, the FDA manages the feed chickens eat, but the actual chicken facility falls under USDA jurisdiction.

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The Importance of Tree Crops in Sustainable Agriculture

THE IMPORTANCE OF TREE CROPS IN SUSTAINABLE AGRICULTURE

Tree Crops are the most common perennial agricultural method. More specifically, orchards are one of the most common and successful forms of perennial agriculture. A well-maintained peach orchard will give you a steady crop for up to 20 years. An apple orchard can last up to 50 years and well-maintained pecan tree may very well continue to produce for up to 150 years. Our agricultural systems have been designed almost exclusively for staple annual crops. However, transitioning into perennial agricultural systems that can produce food staples is one of the challenges we´ll face in the coming years in order to create a sustainable form of agriculture.

THE FUNCTIONS OF A TREE

A perennial agriculture system based on the cultivation of tree crops offers a number of advantages over the traditional annual agriculture methods of staple carbohydrates such as corn and wheat. While these systems to take several years to get established, once production has begun the main body of work is maintenance and harvest. Tree crops such as fruit and nuts, then, can become a staple of our diet without having to till the soil year after year.

Permaculture asks us to find several functions for every element. Trees are perhaps one of the most useful elements in any permaculture design. Some of the functions of a tree agriculture system include:

Harvest: From fruits to nuts to edible leaves and shoots to mushrooms, there are a number of food products that trees can provide.

Mulch: The leaf fall from deciduous trees provides some of the best mulch material for your farm and is fundamental in building overall soil health.

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Climate Change and the Challenge to All Forms of Agriculture

CLIMATE CHANGE AND THE CHALLENGE TO ALL FORMS OF AGRICULTURE

We´ve all heard of climate change and probably understand the basics of how excess greenhouse gases like carbon dioxide produced by our society´s burning of fossil fuels is causing the earth´s temperature to rise. We´ve most likely seen maps of what the world will look like when the glaciers and icebergs melt causing the ocean to rise and most of us probably accept that it is a danger to our civilization.

For most people, however, we suffer from a cognitive dissonance that doesn´t allow us to make meaningful changes to our way of life-based on the knowledge that we have. Though the reports and predictions by climate scientists are certainly frightening, they seem like far away and distant possibilities. The 1-2 degrees of temperature change sure don´t feel that extreme, especially as we relax in our air-conditioned homes or drive to work in our air-conditioned cars.

In case you haven´t heard enough of the doomsday facts and figures, here are a few more figures from NASA to put into perspective how far climate change has advanced:

– The loss of ice in Greenland has doubled between 1996 and 2005.
– The ice cover in the Arctic decreases by 13.4% every decade.
– 9 of the 10 warmest years have occurred since the year 2000.
– Carbon dioxide levels in the air are at their highest level in 650,000 years.
– The sea will rise between 7 and 23 inches by the end of this century.

Over 100 million people who live in coastal areas will purportedly be affected by the rising sea levels caused by global warming leading to a serious demographic crisis of climate refugees.

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The Approaching Famine

The most serious forecast that we see from our computer models has been a rise in agricultural prices caused by Global Cooling – not Global Warming. Crops cannot grow without the sun and water. Historically, when the weather turns cold, the crops fail.

There is no question that food prices will rise during periods of war when crops cannot be planted and armies require food on a priority allotment.

However, Mother Nature sticks her finger into the pot to stir things up. The famine cycle is also an 8.6-year frequency, but the volatility aspect comes in units of 12 rather than 6.

   

Our database on wheat from 1259 forward (excluding our data on the Roman Empire grain prices), reveals that there is a serious risk of famine from 2020 onward. It appears that we may very well enter a 12-year rally into the year 2032. Our Bifurcation Models are reflecting also a gap in time between 2020 and 2031 suggesting a trend appears to last for that period of time.

The downside of taxation, and particularly inheritance taxes, has driven farmers to sell their land to conglomerates just to pay the inheritance taxes. This has resulted in genetically altering crops to increase yield. While genetically altered crops do not really appear to present a major health concern as many seem to argue, the real danger is the fact that during the past 100 years, 94% of the world’s edible seed varieties have vanished.

The downside of socialism which has attacked the rich, we have sacrificed the historical model in our food supply for corporate decision making that bribes politicians handing them their needed money to remain in office with each election.

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Propagation Techniques

PROPAGATION TECHNIQUES

Establishing a tree-based perennial agriculture system can cost a lot of money, especially if you´re planning on buying $30 dollar bagged fruit trees at your local orchard. Luckily, you can propagate many of the trees you are planning to plant by yourself. One of the easiest and best known ways to propagate many different trees, bushes, and other perennial plants is through planting seeds. Many nitrogen-fixing trees and bushes can easily be grown from seed, but other species are best propagated through other vegetative techniques that we will introduce below.

GRAFTING, LAYERING, AND AIR GRAFTING

Grafting is a horticultural technique whereby tissues of plants are joined so as to continue their growth together. The upper part of the combined plant is called the scion while the lower part is called the rootstock. Since most fruit and nut trees won´t grow true to seed (meaning that the seed from the Gala apple you grow will produce fruit that doesn´t resemble Gala apples at all), the way to reproduce a certain type of fruit or nut that you like is through grafting.

Let´s say that you have an old crab apple tree on your land that produces small, sour fruits that no one but the birds enjoys. You can graft a bud or a small branch from a delicious, heirloom apple tree on your grandma´s old farm onto that Crab Apple tree. If done correctly and the cambium layer (or green layer inside the bark) of the two species are touching, that bud or branch will grow into an heirloom apple bearing tree. There are several different types of grafting methods you can use including cleft grafts, bud grafts, whip and tongue, etc. While it does take practice for a graft to be successful, the good news is that once you master the art of grafting, you can reproduce all the fruit and nut trees you need for your land.

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Agriculture and climate change: Is farming really a moveable feast?

Agriculture and climate change: Is farming really a moveable feast?

There is a notion afoot that our agricultural production can simply migrate toward the poles in the face of climate change as areas in lower latitudes overheat and dry up. Few people contemplate what such a move would entail and whether it would actually be feasible.

One assumption behind this falsely reassuring idea is that soil quality is somehow roughly uniform across the planet. But, of course, this is completely false. Soil quality and composition vary widely, often within walking distance on the same farm. Farmers simply moving north (or south in the Southern Hemisphere) in response to climate change will not automatically encounter soil suitable for farming.

We must also consider that lands not previously farmed may very well be forested. Knocking down the trees and clearing the stumps might make such lands arable. But the loss of carbon storage that trees represent would only make climate change worse.

Quite often we think of rural areas as being undeveloped. But nothing could be further from the truth. Agricultural regions have complex networks involving roads, communications and electricity grids, irrigation systems, grain elevators, farm supply and machinery merchants, rail depots, agricultural research stations and field projects, government-sponsored agricultural assistance centers and the specialists attached to them, and entire towns which act as gathering places and service centers for those working in rural communities. All of this would have to be duplicated in newly opened agricultural lands for which pioneering settlers would have to be recruited. These pioneers would have to want to live in previously unsettled or sparsely settled areas with few amenities.

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In the Water-Scarce Southwest, an Ancient Irrigation System Disrupts Big Agriculture

In the Water-Scarce Southwest, an Ancient Irrigation System Disrupts Big Agriculture

In New Mexico and Colorado, the “acequia” is more than just democratic water distribution—it is at the center of Southwest culture.
ancient-water-system-southwest.jpg

Water in the American Southwest has never been abundant. Its availability fluctuates depending on conditions like drought and mountain snowpack that feeds streams and rivers. But experts predict a future of greater extremes: longer and hotter heat waves in the summer, less precipitation, decreased snowpack, and more severe and frequent droughts that will place greater stress on water users.

Experts predict a future of greater extremes.

In New Mexico and Colorado, legal statutes enable an area’s original water users to transfer their portions of the resource, via pipelines, to the highest bidder virtually anywhere in the state. When scarcity hits, industrial mining and agricultural operations can afford to purchase additional water while small-scale farmers and ranchers remain vulnerable; in both states, water use already exceeds availability.

But for over a century, acequias—an ancient form of community water management originating at least 1,000 years ago and now used by small-scale and backyard farmers and ranchers—have resisted the flow of water toward corporations in New Mexico and Colorado. After receiving wider legal protections for self-governance in the 2000s, acequias are disrupting modern agricultural practices by assuring the equitable distribution of water to rural communities.

An ancient system of water management

Acequias appeared in the United States centuries before New Mexico and Colorado were incorporated into the nation: more than a century, in fact, before the United States even existed. Brought by Spanish settlers to Mexican territory in the 16th century (including what is today the American Southwest), acequias were a system perfectly suited to the arid, high-elevation landscape where drought was common and the availability of water varied drastically from season to season and year to year.

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A Primer on Creating Soil

A PRIMER ON CREATING SOIL

Good agriculture depends on good soil. The problem over the past 10,000 years of our human attempt to live off the land (and especially during the last sixty years or so), is that crops take nutrients from the soil, and without proper husbandry, soil fertility will deplete. The “pseudo-solution” offered by the Green Revolution has been to import petroleum-based fertilizers to make up for our lack of stewardship of the soil´s fertility, though the negative effects and rampant unsustainability of that approach are well known.

Every agrarian culture around the world has developed their own systems for trying to maintain the balance between our human need for food and the soil´s need to be replenished. From “night soil” being applied to rice fields in China, to leaving large patches of land fallow to naturally recuperate, to actively incorporating animal manures, agrarian people have known that their livelihoods depend on the continued fertility of the land.

What follows are a few simple suggestions on how all of us can participate in the ongoing work of creating the fertile soil upon which all of our lives depend.

THE COMPOST PILE

The compost pile is a necessary part of every homestead and every garden. It is by far the easiest way to recycle kitchen scraps, grass clippings, leaf litter, and even your dog´s poop into rich, fertile soil that will add fertility and fecundity to every garden bed. Making compost is simply the process of providing the necessary conditions so that the millions of microscopic organisms can feast on your leftovers. Like lasagna gardening, it is basically the process of stacking up in layers a variety of different organic materials to allow them to decompose.

While there is no “recipe” for making compost, here are some general guidelines:

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How Permaculture is the Perfect Match for Homesteading

HOW PERMACULTURE IS THE PERFECT MATCH FOR HOMESTEADING

WHAT IS PERMACULTURE?

“Permaculture is a philosophy of working with, rather than against nature; of protracted & thoughtful observation rather than protracted & thoughtless labor; of looking at plants & animals in all their functions, rather than treating any area as a single-product system.”

BILL MOLLISON

The term permaculture is a portmanteau of “Permanent” and “Agriculture”, and “culture”. It began with a focus on the production of a sustainable food system, but grew into so much more over time, encompassing economic and social systems as well. The movement is dynamic, all-encompassing and still growing to this day. It is a very simple idea that is spreading world wide. It is living holistically, in perfect harmony with nature. Any system that provides for its own energy needs, is inherently sustainable. This same concept can be extended beyond things like biodiesels and solar powers.

The permaculture movement calls for many different things, different ways of planting and growing your foods. For example, it suggests using only plants that are planted only once, perennial crops, rather than things that need constant tillage. Tilling the ground is terrible for the soil. Along with that, permaculture encompasses the mantra of “working with, rather than against nature”. This is carried out by simple things, such as planting mashua under locust trees. Locust trees add nitrogen to the soil, while mashua needs a support structure to grow on. You won’t need to build a trellis for the vines, and the locust trees provide shade and protection for the vines while also serving as a nectar source for much-needed bees.

THE ORIGINS OF THE MOVEMENT

Bill Mollison, an Australian ecologist and professor, created the permaculture movement in the 1970’s. He was disgusted by the destruction of nature he saw going on around him, as his interests in nature and wildlife drew him into observing how natural systems work.

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The Crises That Have Come With Urbanization

THE CRISES THAT HAVE COME WITH URBANIZATION

One of the defining aspects of our current civilization and one of the most worrying trends of modernity is our urbanization as a species. When we take the long view of human history, it becomes obvious that for 99% of our history, we have been a rural people, the majority of us making our living off the land and in small, agrarian communities.

Though history (especially the last 2,000 years or so) has been written by the pens of the powerful. Concentrated in urban centers, our collective dependence on rural areas and the people who lived and farmed there was a stalwart of our survival.

According to recent studies, we have recently crossed the threshold of becoming a majority urban-dwelling species. Over half of our more than 8 billion people live in urban centers around the world and that number is only expected to increase in years to come. What does this mean for our collective survival? Is our urban-ness sustainable and desirable? How can we forge a healthy, ecological civilizational paradigm that is built around billions of people living away from the land where the most basic necessities of our survival are found and cultivated?

To begin with, we want to recognize and affirm that it is imperative for us as humans to reverse the trend of increasing urbanization. According to UN Habitat, every WEEK, close to three million people migrate from rural areas into urban areas. If this trend continues, the crises that come with urbanization will only propagate and magnify.

While we can construct sustainable urban spaces with the amount of people currently living in cities, we simply cannot continue to depopulate rural areas where the natural resources for our survival are found.

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James Howard Kunstler: It’s Time To Be Honest With Ourselves

The major systems our society relies on are failing
The ever-eloquent James Howard Kunstler returns to our podcast this week to discuss the dangers of the ‘comprehensive dishonesty’ he observes in our culture today.

We occupy ourselves with distractions (e.g., the fear du jour that our media continually manufactures) and diversions (e.g., our empty social media addiction), while ignoring the erosion of the essential systems around us. Making matters worse, the leaders we assume are focusing on these issues aren’t or are woefully out of their depth.

It’s time for society to take a hard look in the mirror and be honest about the shortcoming it sees. Identifying them then opens the door to deciding what to do about them.

Without the courage to be honest, we condemn ourselves to a failing status quo that likely has little remaining time left:

What we’re seeing is the result of behavior of people who have no idea what they’re doing. Most of the major systems that we rely on are entering a state of failure of one kind or another. And, of course, the larger problem is that they’re interlinked, and that their failures will be mutual and self-amplifying.

These systems include the energy system that has powered industrial civilization, the oil and gas industries which you’ve talked about a lot and I think that our listeners understand pretty well — although the finer points of it, like the ‘energy return on investment’, is something that’s certainly not understood by the general public, or most of the officers in our government, and certainly not in the New York Times, Washington Post or other major media outlets. They just don’t get that.

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Monsanto and Bayer: Why Food and Agriculture Just Took a Turn For The Worse

Monsanto and Bayer: Why Food and Agriculture Just Took a Turn For The Worse

News broke this week that Monsanto accepted a $66 billion takeover bid from Bayer. The new company would control more than 25 per cent of the global supply of commercial seeds and pesticides. Bayer’s crop chemicals business is the world’s second largest after Syngenta, and Monsanto is the leading commercial seeds business.

Monsanto held a 26 per cent market share of all seeds sold in 2011. Bayer (mainly a pharmaceuticals company) sells 17 per cent of the world’s total agrochemicals and also has a comparatively small seeds sector. If competition authorities pass the deal, the combined company would be the globe’s largest seller of both seeds and agrochemicals.

The deal marks a trend towards consolidation in the industry with Dow and DuPont having agreed to merge and Swiss seed/pesticide giant Syngenta merging with ChemChina, a Chinese government concern.

The mergers would mean that three companies would dominate the commercial agricultural seeds and chemicals sector, down from six – Syngenta, Bayer, BASF, Dow, Monsanto and DuPont. Prior to the mergers, these six firms controlled 60 per cent of commercial seed and more than 75 per cent of agrochemical markets.

Alarm bells are ringing with the European Commission putting its approval of the Dow-DuPont deal temporarily on hold, and the US Senate Judiciary Committee is about to hold hearings on the deal due to concerns about consolidation in the industry, which has resulted in increased seed and pesticide prices.

In response to the Monsanto-Bayer merger, US National Farmers Union President Roger Johnson issued the following statement:

“Consolidation of this magnitude cannot be the standard for agriculture, nor should we allow it to determine the landscape for our future. The merger between Bayer and Monsanto marks the fifth major deal in agriculture in the last year…

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Climate Change Adds Urgency To Push to Save World’s Seeds

Climate Change Adds Urgency To Push to Save World’s Seeds

In the face of rising temperatures and worsening drought, the world’s repositories of agricultural seeds may hold the key to growing food under increasingly harsh conditions. But keeping these gene banks safe and viable is a complicated and expensive challenge.


During the 872-day German siege of Leningrad in World War II, in which an estimated 1.1 million civilians died, a small band of workers devoted themselves to safeguarding a priceless trove of 200,000 seeds at the Institute of Plant Industry. Then the world’s largest seed bank, the collection had been amassed, in large part, by famed Soviet botanist Nikolai Vavilov during expeditions to 64 countries.

As the siege wore on and starvation became epidemic, workers at the institute refused to eat the seeds and protected them from hungry citizens.

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Scientist holding seeds

GCDT
Seeds stored at a gene bank in Mexico.

Nine of Vavilov’s seed bank colleagues ultimately died from starvation.

Seventy years later, in 2012, employees of a gene bank at the International Center for Agricultural Research in the Dry Areas in Syria (ICARDA), heroically duplicated irreplaceable wheat, barley, and lentil seeds and spirited them out of the battle-scarred country to the frozen Svalbard Seed Vault, located inside a Norwegian mountain. Last year, the vault was opened for the first time to retrieve those seeds in order to re-establish ICARDA’s gene banks in Lebanon and Morocco.

From war, to civil strife, to natural disasters, seed banks around the world face crises that, with surprising regularity, befall these genetic repositories that are the lifeblood of the international agricultural community. With 9 billion people to feed by 2050 and with crops facing increased stress from rising temperatures and drought, plant breeders must marshal all of the available crop diversity to continuously develop new varieties of wheat, maize, rice, and other foods.

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Investing in Soil Health, One Piece of Land at a Time

Jim Baird in a field of organic vetch in the Columbia River Basin

Jim Baird in a field of organic vetch in the Columbia River Basin

Investing in Soil Health, One Piece of Land at a Time

Three years ago, in collaboration with a group of farmers and investors, my spouse and I formed an LLC called Living Lands. Together we wrote our purpose and articles of incorporation to place the highest priority on soil health. Under the astute guidance and leadership of Jim Baird, a longtime farmer in eastern Washington and a founding member of Slow Money, we purchased a 100-acre piece of farmland in the Columbia River Basin. Jim manages the land in conjunction with his other activities, including Cloudview EcoFarms, an educational and experimental farm project with operations in Royal City and Ephrata.

Our conversations have been wide-ranging and spirited. We have talked about soil and carbon and the best way to figure out whether we are improving the health of the soil. We are all concerned about water, and it has been enlightening to hear from Jim and Sam (another investor and also a farmer based near Ellensburg) about the history of our state’s water districts, irrigation programs, and farmer involvement. We are currently in the process of transitioning the land we purchased to certified-organic status, an important element in our pursuit of soil health, although by no means the “silver bullet.” Last year we leased the farmland to a young couple Jim has been mentoring. By leasing our land and raising commercial crops (currently alfalfa), they are able to make a living as farmers while continuing their explorations of farming practices.

We are not going to “scale” Living Lands. We may form Living Lands II and buy another piece of farmland. When we do, we’ll need to pay as much attention to it as we have to LLI.

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The Future of Farming

The Future of Farming feat

THE FUTURE OF FARMING

Timothy Gertson comes from a lineage of farmers. His grandfather, father, and three uncles currently own Gertson Farms Partnership in Lissie. Gertson and his cousin co-own their own business, G5 Farms, and have land in Fort Bend, Colorado, and Wharton counties. Agriculture is in his blood. Yet even for a man with years of experience under his belt, the shift from conventional to organic agriculture was a veritable obstacle course. And he’s only growing one crop. When Timothy Gertson finally finished downloading nearly eighty pages of forms from the Texas Department of Agriculture, filling them out the old-fashioned way—by hand—and submitting them, he was one step closer to obtaining a shiny badge of agricultural prestige: a certification for producing organic field corn. “I’m not going to lie,” Gertson says. “It’s pretty intense.”

Organic farming in the United States is an entirely different aspect, one that comes with natural barriers and processes in order to achieve certification. Along with the paperwork, there are fees, which can range from a few hundreds of dollars to a few thousand. The submission seeks detailed catalog of all substances used on the land during a three-year period. Further a written Organic System Plan describing the practices and substances to be used is also required in the application process. These measures must be fulfilled before the first seed hits the soil. And from there the real work begins. The National Organic Program, the regulatory entity within the U.S. Department of Agriculture states that the transition period for farmers switching to certified organic produce takes 36 months, and it’s only after that period that they can market their produce as organic so long as the crop can survive through the complicated process of replenishing nutrients in the soil.

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Olduvai IV: Courage
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Olduvai II: Exodus
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