Coastal Zone Management Act, Specialty Produce Foragers and In-Car Pollution

By The Mother Earth News Editors
Published on May 1, 1987
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PHOTO: FOTOLIA/VERA KUTTELVASEROVA
Nearly 3.5 trillion gallons of sewage are dumped into marine waters each year.

This short series of reports includes news on Coastal Zone Management Act, frozen strawberries, methane digesters, specialty produce growers/foragers, a fast food guide and in-car pollution.

Coastal Zone Management Act, Specialty Produce Foragers and In-Car Pollution

The Coast Isn’t Clear

Demographers predict that by 1990 three-quarters of the
U.S. population will live within 50 miles of a
coast–Pacific, Atlantic, Gulf or Great Lakes. Yet
coastal waters are already heavily burdened, says a report
in Environmental Action magazine (bimonthly, $20;
1525 New Hampshire Ave. N.W., Washington, DC 20036). Nearly
3.5 trillion gallons of sewage are dumped into marine
waters each year. Industrial wastes contribute a
substantial share of pollution–industries in Maryland
alone dump more than 2,763 tons of heavy metals into the
Chesapeake Bay annually. Adding to the problem are offshore
oil and gas drilling, coastal erosion caused by
construction and the dumping of materials dredged from
rivers and harbors. The sum total could spell
crisis–but at least some positive forces are at work.
Among them is the Coastal Zone Management Act (CZMA),
passed in 1972 to provide federal funds to states that
develop effective coastal management programs. For more
information on coastal issues and CZMA, write the Coastal
Alliance, Washington,
DC.

Really Frozen Strawberries

In search of a fail-safe method for preserving superior
strains of food plants, scientists at the USDA’s National
Clonal Germplasm Repository in Corvallis, Oregon, are
freezing strawberry shoot tips in liquid nitrogen and will
be storing them at minus 325 degrees Fahrenheit for as much as 100 years. In
what has been called “the world’s longest experiment,” some
of the shoot tips will be removed from deep freeze after
five, 10, 25, 50, 75 and 100 years and (the researchers
hope) grown into whole plants. The results of preliminary
tests spanning shorter periods are encouraging: 90% of
frozen-then-thawed shoots grew into normal, full-size
specimens. If perfected, the technology could be used to
keep back-up stocks of botanical material on hand, which
could then be called upon to replace strains that might be
wiped out by disease or disaster in the future.

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