Learn how Harold Wilcox works to grow ocean farms; Dr. Melvin Calvin uses milkweed as an alternative energy source; and Gil Friend educates people about the environment.
Unlike the Japanese — who consume more than 100 million pounds of the substance each year — Americans currently eat little (if any) seaweed. That situation may change within the next decade, however, if a man by the name of Harold Wilcox has his way.
Wilcox — an environmental scientist who has taught at Berkeley and Harvard — is presently the head of the Ocean Food and Energy Farm Project at the Naval Under-sea Center in San Diego, California, where he works on the development of various types of anchored and free-floating ocean farms. His goal: to have a 1,000-acre seaweed farm in operation by 1985 ... and a 100,000-acre "spread" five years after that.
Wilcox believes not only that seaweed can help solve our present world food shortages, but that large-scale farming of the ocean may actually reduce the ocean's temperature and thus counteract the dangerous tendency of industrialization to raise the earth's temperature (and melt the polar icecaps) ... a phenomenon Harold Wilcox discusses at length in his book Hot-House Earth (Praeger, 1975). In addition, the large-scale cultivation and processing of kelp could — the scientist reasons — yield an abundance of useful algal by-products, such as waxes, lubricants, plastics, pharmaceuticals, fertilizers, and (possibly) fuels.
Dr. Wilcox is particularly excited about the properties and potential of the giant brown kelp species (with which he now works exclusively). "What other vegetable can you think of," he asks, "that grows up to two feet per day, attains a final length of two hundred feet, and never needs 'watering'?"— Peter Blazi.
Sometime in the not-so-distant future, gopher weed and milkweed may be major U.S. crops. Only these plants won't be grown for food ... they'll be cultivated for use as fuel.
As part of his ongoing "solar energy" research at the University of California's Berkeley campus, Dr. Melvin Calvin — winner of the 1961 Nobel Prize in chemistry — has been searching for a plant from which petroleum substitutes (or supplements) can be extracted. And it appears that he's found what he's been looking for in various members of the milkweed family.
According to Dr. Calvin, hydrocarbon molecules (not unlike the molecules found in petroleum) account for up to 60 percent of the latex (white juices) of these plants. Furthermore, the Nobel laureate estimates that — given current extraction procedures — somewhere between five and twenty-five barrels of "oil" can be harvested from an acre of milkweed, possibly at a cost competitive with that of imported crude.
Dr. Calvin is presently raising various milkweed species atop the Bio-dynamics building at U.C. Berkeley, and is attempting to get a few acres of land at the U.C. Davis campus on which he can grow large-scale experimental plantings.
In addition, Dr. Calvin has reportedly discussed his ideas with Brazilian officials, and Petrobras — the Brazilian national petroleum company — is said to be studying the milkweeds-into-crude-oil concept now. — Raymond H. Clark.
Some folks dash around the country with such blinding speed, take on (and complete) so many special projects, and — in general — do so much so fast ... that it's danged difficult to keep up with them.
Take Gil Friend (of the Washington-based Institute for Local Self-Reliance), for instance. Since he appeared in the Plowboy Interview, Gil has (among other things):
At present, Gil is in Berkeley, California (on a leave of absence from the ILSR) working toward a Master of Science degree in Ecosystem Management in a program jointly administered by the Farallones Institute and Antioch College/West. "My major activity for 1977," the indefatigable Friend announces, "will be to study agricultural ecology and integrated pest management, though — of course — I'll still work with the Institute for Local Self-Reliance on selected projects, and continue to speak and write about food, agricultural policy, 'appropriate technology', and social change."
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