Posted by & filed under Animal Forage, Biofuels, Deforestation, Food Forests, Food Plants - Perennial, Global Warming/Climate Change, Plant Systems, Trees.

This article is an excerpt from my forthcoming book Carbon Farming: A Global Toolkit for Stabilizing the Climate with Tree Crops and Regenerative Agriculture Practices, and is part of a series promoting my kickstarter campaign to raise funds with which to complete the book.


Rubber (Hevea brasiliensis) is a common perennial industrial crop, though
typically grown in problematic monocultures. Photo Wikimedia Commons.

Industrial crops produce materials, chemicals, and energy. Some, like cotton, have been used since the dawn of agriculture. Others, like firewood, go back with our species for hundreds of thousands of years. Few of us pause to think where cardboard, rubber, fibers, solvents and biopesticides come from.

Currently much of the materials, chemicals, and energy that support our civilization are synthesized from fossil fuels. To address climate change this needs to end, and we need to learn to do without or use renewable feedstocks (raw materials). Of the biobased renewables used now, GMO corn may be the most frequently used, for example for ethanol and bioplastics. In addition to the social and ecological problems of GMO corn, as an annual crop it contributes to the release of soil carbon into the atmosphere. We must do the opposite, developing perennial and regenerative systems that sequester vast amounts of carbon while meeting human needs.

Some industrial crops are perennial, but these are problematic as well. Plantations of pine and spruce used for paper are clear cut and destructively harvested, killing the trees and ending their carbon sequestration potential. Even non-destructively harvested perennial industrial crops are often grown in vast monocultures with devastating effects on people and ecosystems. Examples include rubber and ethanol sugarcane.

Biofuels are particularly problematic. They are taking land from food production, but there simply isn’t enough land to grow close to all the energy we need. There is a role for local, small-scale production of biofuels, but the great majority of energy must come from clean sources like wind, solar and water. But you can’t make plastic from the wind!

Imagine what the role of industrial crops could and should be in a free and ecological civilization. Perennial, non-destructively harvested crops, grown in integrated polycultures with food plants, livestock and more. Decentralized production and appropriate-scale technology could provide many of the needs of civilization in a fashion that supports regional self-determination. All while substituting for petroleum and annual food crop feedstocks and actively sequestering carbon! Check out my article on industrial starch to see a case study of perennial potential.

Category Non-Destructively Harvested Perennial Crop Types Materials Chemicals Energy
Biomass Resprouting woody plants and grasses, bamboo, crop residues Paper, cardboard, agromaterials, biochar, insulation, natural building materials, synthetic fibers Solvents, chemical feedstocks, resins, stabilizers, dispersants, binders and fillers Firewood, combustibles, biogas, gasification, pyrolysis, ethanol, methanol
Starch Pods, starchy fruits, nuts and seeds, starchy trunks Bioplastics, paper, cardboard, packaging materials, plasterboard Solvents, paints, glues, binders, coaters, stabilizers, coagulants, flocculants, textile finishing agents, chemical feedstocks Ethanol
Sugar Pods, saps, extracted sugars, fruits Biomass products from crop residues Solvents Ethanol
Oils Oilseeds, extracted oils Bioplastics, biomass products from residues Glycerin, soaps, lubricants, hydraulic fluid, surfactants, surface coatings, solvents, paints Biodiesel
Hydrocarbons Resprouting woody and herbaceous plants, saps Bioplastics, rubber, biomass products from crop residues, asphalt Chemical feedstocks, pharmaceuticals, virtually infinite products Gasoline, propane, jet fuel, other hydrocarbon fuels, biogas
Fibers Resprouting woody and herbaceous plants, bamboos, seed and fruit fibers, multipurpose palms Textiles, cordage, paper and cardboard, agromaterials, bioplastics and composites, biomass products from residues, natural building materials As for biomass
Specialty products Diverse Cosmetics, diverse products Soaps, waxes, resins, biopesticides, essential oils, pharmacecuticals, dyes

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