CIRS Blog about Rural California
California’s two Democratic senators remain somewhat out of sync over proposed water legislation, underscoring its ambiguous future on the eve of a big hearing.
Four months after Sen. Dianne Feinstein’s introduction of her latest California water package, Sen. Barbara Boxer is still evaluating the 185-page bill. Her wait-and-see attitude hints at complex undercurrents, as she supports some parts of Feinstein’s bill while seeking more feedback about other parts.
You may have been hearing the phrase “climate smart agriculture” more lately. Governor Brown embraced the term in his 2016-17 budget proposal. The U.S. Department of Agriculture has a climate smart agriculture initiative. And international climate efforts include the UN’s work on support climate smart agricultural practices.
So what is climate smart agriculture? Like the phrase “sustainable agriculture,” it is not universally defined, and it is used to mean many things to many people.
The Food and Agriculture Organization (FAO) of the United Nations takes credit for first coining the term in the lead up to the 2010 Hague Conference on Food Security, Agriculture and Climate Change. The FAO defines climate smart agriculture as “a means of identifying which production systems and enabling institutions are best suited to respond to the challenges of climate change for specific locations, to maintain and enhance the capacity of agriculture to support food security in a sustainable way.”
The FAO identifies three pillars to the concept:
- Sustainably increasing agricultural productivity and incomes
- Adapting and building resilience to climate change
- Reducing and/or removing greenhouse gases emissions, where possible
By Ramon Ramirez and Andrea Miller
Lawmakers convened this month for Oregon’s 2016 legislative session, and one of the most heavily anticipated issues they are addressing is Oregon’s minimum wage. It’s no secret that Oregon’s current minimum wage is not enough on which to get by: A full-time minimum wage worker earns less than $20,000 a year, which is simply not enough to afford basic needs, like housing, child care and transportation.
But what a lot of people may not realize is how our stagnated minimum wage has directly impacted Oregon’s historically underrepresented communities. More than half a million Oregonians are working in minimum wage jobs, and these individuals are disproportionately people of color. While people of color make up 42 percent of minimum wage workers, they constitute only 32 percent of the work force. In Oregon, nearly half of our Latino and African-American workers are employed in low-wage industries.
These are workers like Maria and Cristobal, farm workers who became U.S. citizens in hopes of finding a better life for their family. They’ve been working in agriculture for more than 30 years now: Fighting wildfires, planting seeds, picking berries, processing fruits and vegetables, planting and cutting Christmas trees, and preparing the many plants and trees that decorate our communities. You name it, they’ve done it. And what has been their reward? A household income of $18,000 and minimum wage pay their entire working life.
The resulting consequences of this economic policy are obvious. In Oregon, poverty and race go hand-in-hand. In Oregon’s most populous county — Multnomah — while communities of color represent 28 percent of the county’s population, they comprise 44 percent of its population living in poverty. Thirty-six percent of African-Americans in the county live in poverty, as do 35 percent of Native Americans, 35 percent of Hawaiians and Pacific Islanders, and 31 percent of Latinos. As the general economic health of Oregon worsens, poverty and economic inequality disproportionately affect communities of color.
California's minimum wage rose from $9 to $10 an hour January 1, 2016.
AB 20, which would have required the state to initiate discussions with the federal government to seek a waiver that would allow the state's Employment Development Department to issue work permits to unauthorized farm workers if there are not enough U.S. workers to fill available jobs, stalled in the Legislature in 2015 and was not approved. Under AB 20, the immediate family members of workers with permits could have received permits to reside legally in California.
Kansas, Utah and Colorado tried to create similar state-facilitated guest worker programs, but the federal government did not grant required waivers, so these states wound up with state-run programs to help farm employers to apply for guest workers under the H-2A program.
Every year, on the fourth Thursday of November, many of us celebrate a traditional Thanksgiving. We load our tables with foods that were said to have been eaten by the Pilgrims and the Native Americans back at the birth of our country. In reality, our Thanksgiving became a national holiday in 1863 under Abraham Lincoln.
There is a lot to be said for traditions but not all of it is good.
The European tradition in the United States is one of colonialism, as it is in many parts of the world. Colonial influences and outcomes include extraction of natural resources, genocide, and the subsuming of indigenous cultures. Many Native American cultures do not celebrate Thanksgiving as a holiday based on the coming together of colonists and native residents. In fact, many feel a sense of loss on this day and spend the day in remembrance of the past lost generations.
Rose Marie Burroughs, along with her husband Ward and three of their children, organically farm in Merced County. Their products are branded under Burroughs Family Farms, and include the ABC’s of organics: almonds, beef, chickens, dairy, eggs…and olive oil, as well as artisan gouda cheese. Rosie and Ward serve as members of CalCAN’s Farmer Advisory Council.
Rosie attended a recent hearing on Central Valley climate adaptation held at UC Merced. We produced this summary of the proceedings.
How will drought, higher temperatures and extreme weather associated with climate change have an impact on our region in the coming decades? And how can we adapt to these challenges?
State Senator Bob Wieckowski (Fremont) and the Senate Environmental Quality Committee brought these questions to a legislative hearing at UC Merced on September 22nd. Farm Bureau member Rosie Burroughs attended and provided public testimony to the Committee, suggesting some ways to help growers adapt to climate change impacts.
We heard from panelists and scientists representing several state agencies and regional authorities. Significant shifts to the water cycle due to changing climate trends could have a sizable impact unless we rethink how we store and manage water, they said. More extreme heat days could have health impacts on outdoor workers and low-income communities. Central Valley agriculture may bear the brunt of the changes unless we have the tools we need to adapt.
Carbon Sequestration in Grazing Land Ecosystems1
Maria Silveira, Ed Hanlon, Mariana Azenha, and Hiran M. da Silva2
This publication provides basic information about the important role of native and improved pastures (referred to as grazing land) in sequestering carbon from the atmosphere. Because of the relatively high sequestration rates and extensive area, grazing land represents an important component of terrestrial carbon dioxide (CO2) offset and is a significant sink for long-term carbon sequestration and greenhouse gas mitigation. This publication contains information for stakeholders, students, scientists, and environmental agencies interested in enhancing ecosystems services provided by grazing lands.
Global Carbon Cycle
The global carbon cycle consists of complex processes that control the movement of carbon between the atmosphere, land, and oceans. Although natural processes dominate the carbon cycle, human-induced activities can also alter these carbon transfers. In the atmosphere, carbon is mainly present as carbon dioxide (CO2). Large amounts of carbon are also present in the soil, primarily as soil organic matter. Soil organic matter plays a key role in determining soil quality and its potential to produce food, fiber, and fuel. During the past two decades, the global carbon cycle has received significant attention because of its role in global climate change.
Two important global topics are the rising atmospheric CO2 concentrations caused by human-induced activities (primarily combustion of fossil fuels) and the potential effects on climate change. In addition to CO2, increased atmospheric concentrations of nitrous oxides (N2O and NO) and methane (CH4) are also believed to cause global warming. Carbon dioxide, nitrous oxides, and methane (also known as greenhouse gases) can trap heat in the atmosphere and contribute to global warming. Levels of several important greenhouse gases have increased by 25% since large-scale industrialization began approximately 150 years ago, and this increase is primarily caused by energy use.
Plants remove carbon from the atmosphere during photosynthesis, a process done without human intervention. However, to address the contributions made by humans, the carbon must be stored or sequestered. Typically, carbon in plants undergoes several conversions. Some conversions are rapid, such as the addition of fresh plant material to the soil, while others may take long periods of time. For example, a large amount of carbon is already sequestered in our soil.
WASHINGTON -- The federal response to the Western drought has been hindered by high-level vacancies, bureaucratic caution and political calculations that have thrown sand in the gears.
Put another way: With more than 70 percent of California now classified in a state of “exceptional” or “extreme” drought, Uncle Sam is floundering.
“We need leadership from the federal government,” pleaded Cannon Michael, a politically engaged farmer from Los Banos in California’s acutely dry San Joaquin Valley.
The latest episode of the Thrive podcast takes a close look at the ground beneath our feet. Soil, on which terrestrial life depends, is often ignored precisely because it is everywhere and yet invisible. Healthy soils contribute so much to human well-being, from nutritious food to clean water, and yet the soils of more than a fifth of all cropland, pasture, forest and woodland are degraded to some extent. Degraded soils, apart from being unable to meet the needs of the people who depend on them, also emit large amounts of greenhouse gasses, contributing to climate change.
How, then, can we best restore degraded soils? Sessions at Global Soil Week 2015 in Berlin, co-organized by the Water, Land and Ecosystems research program of CGIAR, provided a platform for people to share different approaches, each of which has something to offer.
Humankind is faced with the continuing challenge of sustainably growing sufficient food to feed an ever-growing population. The United Nations Food and Agricultural Organization  citing a United Nations World Population Prospects report predicts that the earth’s population will reach 9.1 billion by the middle of this century.
Much of this growth will be in nations whose populations now suffer from malnutrition or outright starvation. In addition to a growing population, the increase in people will demand more food, more meat, and higher quality food because it will be more urban and wealthier according to FAO. Their estimate is that increased demand will require current food production to rise by 60 percent.
The challenge becomes more acute when it is understood that the land area for growing food is not expanding. Indeed, urban growth onto farmland and loss of arable (farmable) soil by wind and water erosion are reducing the available land area most suitable for farming. More land can be brought into production, but with a potentially high environmental and monetary cost.
Alix Blair: Book Review
Dirt: The Ecstatic Skin of the Earth by William Bryant Logan.
W.W. Norton & Company, New York, 1995.
William Bryant Logan’s book Dirt: The Ecstatic Skin of the Earth is a 202-page love song to the soil. Logan’s book is made up of multiple styles: part scientific fact, part narrative storytelling, part poetry, part history-lesson.
Logan’s writing is beautiful, meditative, metaphor-full, and poetic, filled with lyrical connections between surprising thoughts. He uses soil as the connective thread to examine multiple, immense ideas, many verging on discussions of the meaning of life.
To give an example of his style of writing, in taking on the beginning of life on earth (no small subject), Logan writes, “life is the story of bodies that learned to contain the sea…when you look for a creature to match the range of motion of the human hand, you find yourself back with the wiggling orange filaments of fungi and the gesture of acclamation of a spreading bacterial branch” (11,13).
Moving from the beginning of life, he takes on death in graphic detail in the chapter The Soil of Graves writing, “so in the end the tomb is empty, and human forms have been changed into apple forms. The soil of graves is the transformer. It is natural magic. The grave is a memory from which the story of the Earth is told” (57).
California Governor Jerry Brown has always been ahead of the curve on environmental sustainability.
During his first term as governor in the 1970s, he authorized a first-ever tax incentive for rooftop solar and rolled back a tax break for oil companies.
He helped make water conservation a way of life during the 1976-77 drought, a California ethos that largely persists to this day.
Now in his fourth (and final) term in office, Governor Brown has an opportunity to round out this impressive environmental résumé: he can transform California into a climate-friendly farming pioneer.
Non-point source pollution (NPS) is a global problem affecting the safety of our drinking water supply and aquatic habitats. According to the 2000 National Water Quality Inventory, agriculturally derived NPS is the leading cause of water quality degradation in surface waters. Pollutants originating from agricultural runoff include sediment, nutrients (N and P), pesticides, pathogens, salts, trace elements, dissolved organic carbon and substances that contribute to biological oxygen demand (BOD).
For example, discharge of nutrients into aquatic ecosystems has led to the formation of hypoxia/anoxia induced “dead zones” in more than 400 locations worldwide. Thus, new and effective management practices for agriculture must be identified, tested and monitored in order to reduce the impacts of agriculture on the sustainability of water resources.
Wetlands are widely advertised as critical components of our planet providing a wide variety of ecosystem services: kidneys of the hydrologic cycle by removing pollutants, biodiversity hot spots, habitats of rare and endangered species, ground water recharge zones, localized areas for flood protection, carbon sinks and aesthetic value.
UNIVERSITY PARK, Pa. -- With endocrine-disrupting compounds affecting fish populations in rivers as close as Pennsylvania's Susquehanna and as far away as Israel's Jordan, a new research study shows that soils can filter out and break down at least some of these emerging contaminants. The results suggest that water pollution can be diminished by spraying treated wastewater on land rather than discharging it directly into streams, according to researchers in Penn State's College of Agricultural Sciences.
Using Penn State's 600-acre "Living Filter" -- a wastewater reuse system less than a mile from the University Park campus -- as a laboratory, researchers tested soil samples for the presence and accumulation of three estrogens. For almost three decades, more than 500 million gallons of treated wastewater from the campus has been sprayed annually from irrigation pipes onto this site, which is composed of cropland, grassland and forest.
To understand how endocrine-disrupting compounds behave in the soil, researchers extracted samples and analyzed for two natural estrogens, 17-beta-estradiol and estrone -- hormones naturally produced by humans and animals, such as dairy cattle -- and one synthetic estrogen, 17-alpha-ethynylestradiol -- a compound in birth-control pills.
“Soil-profile art is not akin to classic paintings with themes; rather, it resembles abstract art: and if you are used to thinking of soil as dirt, which is customary in our society, you are not keyed to find beauty in it.” Hans Jenny, 1984
2015 has been designated the International Year of Soils by the United Nations. This designation has been embraced in the United States by the Department of Agriculture, the Soil Science Society of America and others. Many readers may be asking, “why?” This article will serve as an introduction to the topic and CIRS will post monthly submissions by experts on the particular value of soils. Our approach will focus on the rural but we will not limit our discussion to rural regions. There are many rich and productive soils being used in urban areas to sustain communities by providing space to grow food. And food production is our concern. Soil is the foundation of civilization and has been the key to human development over the past 13,000 years.
In this series of posts we will discuss soil formation, ecosystem functions of soil, soil loss, the economic value of soil, soils on pasture land, soils in crop production, soil and water, the politics of soil, soil and food security and carbon sequestration in soils. Expect a diverse and well regarded group of writers and look for them here the last Monday of every month.
WASHINGTON — A tangled legal fight over grape patents ended Friday in a victory for the California Table Grape Commission.
Capping years of courtroom battling, the U.S. Court of Appeals for the Federal Circuit ruled the Fresno-based industry group has licensed valid patents for the Scarlet Royal and Autumn King grape varieties.
The unanimous, 13-page decision by the three-judge panel turned on technical questions, including what date the grapes came into public use. The appellate court rejected arguments from challengers that the grapes were already being generally circulated well before the patents were applied for.
“The evidence at trial was sufficient to support the district court’s finding that the patented plant varieties were not in public use prior to the critical date,” Judge William C. Bryson wrote.
Money is at stake, and maybe more.
Below is a keynote speech given by Eric Holt-Giménez at Terra Madre in Oct. 2014:
This year’s Terra Madre/Salone del Gusto is being held during the United Nation’s “Year of Family Farming.” This is a wonderful way to celebrate good, clean, fair food produced by family farmers, peasant farmers, smallholders, fishers and pastoralists from around the world.
This event is more than a celebration of food and family farmers. It’s a celebration of the millennial culture of peasant and smallholder farming and of their importance—not just in the world’s food systems—but in our societies, our economies, our politics and, we hope, in our shared future.
We are here to celebrate all the incredible things that smallholder, family farmers do: They:
- Produce 70 percent of the world’s food on 25 percent of the agricultural land;
- Still maintain the largest in situ reservoir of GMO-free agrobiodiversity on the planet;
- Are the practical knowledge base for agroecology—the people’s science of sustainable agriculture;
- Provide the food for an infinitely diverse, nutritious and delicious cuisine;
- Provide livelihoods for nearly a third of humanity;
- Help cool the planet by capturing carbon in naturally-fertilized soils
- And they do many other things both material and intangible that are too vast and diverse to list.
But we should also celebrate what small, sustainable producers don’t do: They,
- Don’t make record profits while people go hungry (I’ve never seen a farmer let anyone go hungry);
- Don’t spread superweeds and resistant pest populations by using GMOs (though their farms do get contaminated by GMOs and they get sued by Monsanto);
- Don’t contribute 20% of the planet’s GHG or use up 80% of its fresh water;
- Don’t invent or traffic in deadly agricultural poisons (though farmers and farm workers are systematically poisoned by pesticides and herbicides);
- Don’t produce antibiotic-resistant strains of bacteria (though, like you and I, they are vulnerable to resistant bacterial infections);
- Don’t speculate with our food in global financial markets (though they suffer both when prices rise and when they drop);
- Don’t speculate with land in global financial markets, either (though they are the largest private investors in agriculture in the global economy);
- Don’t grab large tracts of land from others (though they have been massively displaced by the 86 million hectares of land grabbed in last 7 years by corporations and sovereign wealth funds—that’s an area five times the size of Italy).
- No, peasant and smallholder farmers don’t do any of those things (but I suspect you can guess who does).
Ever since the food crises of 2008 and 2011 that sent over a billion people into the ranks of the hungry—even at a time of record global harvests and record corporate profits—and ever since the global financial crash—suddenly, peasant and family farmers have captured the interest of the World Bank, the International Monetary Fund, USAID, Bill Gates, Pepsi, Coca-Cola, John Deere, Cargill, ADM, Bunge, Monsanto, Syngenta, WalMart, Tesco, Carrefour and other agrifoods giants. Even Goldman Sachs and other Wall Street financiers are paying special attention to family farmers—or at least to their land.
These are the big planetary players of what some of us call “the corporate food regime” those international institutions and oligopolies that dominate the global market in inputs, seeds, agricultural commodities and food.
Climate change is threatening several of California’s most valuable crops. Recent studies suggest that warmer temperatures, and the associated reduced winter chilling period, could render California’s climate unsuitable for growing a variety of fruits and nuts. Insufficient winter ‘chill hours,’ defined as the cumulative number of hours below 45 degrees Fahrenheit, can disrupt pollination, delay flowering, lower yield, and reduce fruit quality. California orchards are predicted to experience less than 500 chill hours per winter by the end of the 21st century, which will impacts the yields of walnuts, pistachios, apples, pears, and stone fruits like cherries, apricots, nectarines, peaches, and plums.