Adapting agriculture to new climate demands Global warming: "Humans made it, humans can unmake it"

photo by Richard Roth
Wilson Landing Road orchards exemplify problems with conventional ag practices.

by Richard Roth
posted Oct. 27

Adaptive agriculture is one of the greatest tools humans have for solving the problem of global warming. A big ticket — true, but in an age where cow burps and farts have become the vapor of hot debates all around the world, it is time to take a reflective examination of the “what, when, how, where, and who” of natural resource management in our homes and greater communities. And then encourage implementation of corrective adaptation quickly.

In a time of radical climate change, we must consider radical change in land use management when considering such things as formation of the Tuscan Water District. read more

Chico Flax addresses climate change Farm produces linen and sequesters carbon

Varieties of flax fibers can become wearable threads.

by Katie McCammon

Saving humankind from climate change disaster is an immense challenge, and there will be no silver bullet solution. However, there are many “silver buckshot,” and two of them involve greening our agricultural system and greening how clothing is produced.

Both are found in the farming practices that turn flax plant fibers into linen clothing. According to an article by The World Bank, the fashion industry is responsible for approximately 10% of global carbon emissions.

As an intern with Citizens Climate Lobby Chico Chapter, I joined a group visit to Chico Flax, a small farm that grows flax and produces local linen textiles through regenerative farming practices. We learned a lot in one visit to this farm, including how much work goes into producing material using more sustainable farming initiatives. read more

Broken Waters: an additional perspective on climate change emerges Water cycle disruption plays huge role in the climate emergency, scientist explains

photo by CSUC Center for Regenerative Agriculture
Christine Jones, who earned a doctorate in soil science, is the renowned Australian scientist who dropped a “bombshell” in Chico.

by Richard Roth

A few weeks ago, about 60 people, including farmers, ranchers, and backyard gardeners like myself, were gathered for a two-day workshop on soil health hosted by the Center for Regenerative Agriculture at CSU, Chico.

Christine Jones, known as the “Pearl” of soil microbiology, was half way through her fascinating presentation on soil research and practices she was involved with in Australia when she seemed to suddenly change course. She appeared to break away from her prepared presentation to drop what felt to some of us like a bombshell. read more

Chico State takes the reins in regenerative agriculture Tiny microbes can help addresses climate change - if we stop killing them

courtesy of Wikimedia Commons
Thomas Jefferson’s improved mouldboard plow.

by Richard Roth

When Europeans arrived in the Americas, they applied their mouldboard plows to the prairies, to soils that were rich, dark and black. That soil was steaming with mineral and organic carbon — with soil life so small it was invisible to the human naked (unmicroscoped) eye and, hence, to our consciousness. So we ripped into them with gusto, mining this flesh of earth.

The settler-farmers killed the microbes by exposing them to sunlight, erosion, heat and dryness, and they planted monocrops – a single crop like wheat. Or corn. Or walnuts. read more

Writer-consultant Roland Bunch discusses ways to stem famine

by Leslie Layton

Regenerative agriculture expert Roland Bunch was at Chico State today discussing the ways farming techniques can help end an African famine threatening 20 million people. Bunch has spent the last six years using these techniques to end famine in Mali, Ethiopia, Kenya, Tanzania and other nations, and has consulted on regenerative agriculture in Latin America, Asia and Africa.

During years of working in other parts of the world, Bunch says he’s come to realize that sound priniciples that have been developed for tropical climates can be applied to agriculture everywhere. (Regenerative agriculture involves using techniques that mimic nature to nourish the soil in place of dependence on chemical fertilizers.) read more