But what about Slow Money?

In Woody Tasch’s visionary book, Inquiries into the Nature of Slow Money: Investing as if Food, Farms, and Fertility Mattered (Chelsea Green, 2008), he breaks from the grow-big-and-go-global-fast mode of industrial capitalism and industrial agriculture by providing a remarkable synthesis of the writings, ideas and practices from such authorities on the subject of soil, agriculture, community and commerce as Wendell Berry, Eliot Coleman, Gene Logsdon, Gary Snyder, E.F. Schumacher, Paul Hawken and David Suzuki – calling for and sharing examples of a new economy whereby capitalism creates and sustains life, not destroys it.

Tasch’s observation: “As it circulates the globe with ever accelerating speed, money is sucking the oxygen out of the air, the fertility out of the soil and the culture out of local communities.”

“In our devotion to money, market, and machine, we are destroying not only the fertility of the soil, but the fertility of our imaginations,” continues Tasch. “What is, in the farmer’s field, a struggle between economics and ecology becomes, in the investor’s mind, a struggle between quantity and quality, portfolios and possibilities, numbers and words.” Tasch goes on to document the widespread loss of topsoil and erosion of fertile land, noting that roughly a third of all farmland in the world has been degraded since World War II. “There is another kind of erosion at work here: erosion of social capital, erosion of community, erosion of an understanding of our place in the scheme of things.”

Expertly woven together like the rich tapestry of biological life abundant in a mere teaspoon of soil, Inquiries into the Nature of Slow Money tugs at our yearning to be connected to the land, to the soil and to the great food it can provide. It also explores our relationship to money and all the things it can, and cannot, buy.

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It seems like all I’ve been doing lately is weeding and mulching. It’s taken longer than I wanted, but slowly but surely my garden beds are enjoying a nice layer of straw to help insulate the soil, form a layer that’s harder for weeds to penetrate, and retain moisture. I usually wait until plants are established before mulching, but I’ve recently learned about year-round mulching, which doesn’t sound like such a bad idea.

What is mulch? It’s basically any material (usually organic matter) that is used to cover exposed soil in the garden, and can be used for beds, containers, and even paths. Exposed soil can dry out quickly and be easily eroded by water and wind, so a covering helps keep it moist and healthy. The type of mulch you choose depends on the needs of the area you’ll be mulching, but I recommend staying away from unnatural materials like black plastic and choosing organic materials like straw, hay, decomposing leaves, rice hulls, or even dead & dried out weeds. Organic material will break down slowly and help add humus to the soil, making it richer and healthier for gardening.

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Soil is one of a gardener’s most important resources, and preserving its health and vitality one of our most crucial responsibilities. Nourish the soil sustainably and you’ll be rewarded with healthier plants and bountiful harvests for years to come.

I was reading National Geographic the other day, and came across an article on soil called “Our Good Earth.” The article discusses the problems facing soils all over the planet, and made me realize just how precious healthy soil really is. We’re losing topsoil rapidly as we consume more and more land to house and feed the ballooning human population. It can take nature over a thousand years to produce just one inch of soil, but erosion, compaction, and contamination can wipe it away much faster. This precious resource, the means to sustain and feed us and the entire planet, is often just treated like dirt. It’s time that changed. And it can start in your very own backyard.

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Climate change, developers, and logging are blamed

Since the winter of 2006, when a state of emergency was declared for 18 counties in the state, Western Washington has experienced increasingly dramatic annual flooding episodes creating a state of emergency in growing numbers of counties each year.

For the past three years here, the number of roads, farms, buildings, and houses damaged or destroyed increased—helped along by the landslides that usually follow in the wake of such flooding. Although with this year the number of landslides has been somewhat constrained, the total area of flooding has increased from the previous two years (several sections of Interstate 5 remained shut down as of Saturday night, Jan. 10), and tens of thousands of people have had to be evacuated over the past 10 days. The governor declared a state of emergency in late December, which has only abated in the past couple of days.

It would seem that a “trifecta” of reinforcing factors is to blame: climate change (an extra heavy dose of snow, followed by several days of heavy rains), upland forest clear-cutting (leaving less vegetation to soak up water and hold the soil in place), and over-development in flood plane areas (leaving too many people’s houses too low in the face of rising rivers) …all of which set the stage for the current state of emergency. The damage is still being tallied, and although the heavy rains have largely abated, repairs to roads and highways will take months if not a full year (and with state budgets so tight) or more.

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When researchers from UC Irvine set out to investigate how climate change was affecting carbon dioxide output by fungi in dryer parts of the Northern Hemisphere, they discovered something altogether surprising, and not at all in line with predictions.

Oftentimes mushrooms feed off of dead vegetation in the soil.  During this process, they emit carbon dioxide that was being stored in that dead matter, into the atmosphere.

Scientists expected warmer than normal soils to emit larger amounts of carbon dioxide because cold temperatures are believed to slow down the process by which fungi convert soil carbon into carbon dioxide.

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The scientists aim to rebuild lost wetlands in the area. These wetlands will include rich peat soils that store CO2.

And the research teams aren’t working on guesswork alone— a test study on an island called Twitchell in the western Delta showed that the experimental process could bury up to 25 metric tons of CO2 each year and eliminate CO2 emissions from current farming practices.

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If you answered yes, then I am afraid you have been using a very, very DIRTY word. Yes, you have been using perhaps the worst four-letter word in the English agricultural vocabulary. You have been dissing, dismissing, and dirtying the good, clean, productive resource otherwise known as SOIL.

Or at least some folks would say you have.

This may seem like a trivial question of semantics: Is not “dirt” and “soil” the same thing? You know, the stuff you get under your fingernails and on your pants, the stuff you have to wash off your veggies and your kids. Who cares…dirt, soil, it all amounts to the same brown stuff, right?

Well, perhaps. But a great many mindful agriculturalists, gardeners, and other landlubbers (i.e., land lovers) will take the greatest offense if someone uses the word “dirt” to refer to soil, that complex earthy material in which living things grow and thrive and feed.

Discovery Education’s fun and interesting website The Dirt on Soil offers this very useful distinction:

Dirt is what you find under your fingernails. Soil is what you find under your feet. Think of soil as a thin living skin that covers the land. It goes down into the ground just a short way. Even the most fertile topsoil is only a foot or so deep. Soil is more than rock particles. It includes all the living things and the materials they make or change.1

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