| “How
can we turn the tide?”
keynote speaker and local food activist Elizabeth Henderson
asked the audience rhetorically after describing the corporatization
of agriculture and its devastating impact on family farms. Her answer?
“Create liberated zones,” where farmers make a decent
living providing quality food to meet local needs, and where organizations
like the Virginia Association for Biological Farming (VABF) and the
Northeast Organic Farming Association (NOFA) offer alternatives to
the dominant system. “Organic farms play a special role,”
she continued, “as laboratories where people can learn sustainable
living.”
Henderson illustrated her main points with an inspiring account
of her own 23-year odyssey as an organic grower, author and tireless
advocate for a sustainable and socially just food system. She manages
Peacework Farm, which provides top-quality organic produce for a
community supported agriculture (CSA) membership of 270 families
in upstate New York. Her CSA is a tight-knit community in which
members honor their farm work commitments regardless of the weather,
and a core group of 25 manages all the administrative and financial
aspects of the operation. After sharing a wonderful slide show of
her farm, Henderson concluded by envisioning a world in which food
sovereignty – the right to grow, buy and eat local food –
is respected, and “instead of bombs and missiles, people will
exchange seeds and recipes.”
These inspiring words and images opened the 5th Annual Virginia
Biological Farming Conference at the Southeast Virginia 4-H Center
near Wakefield, Va. The gathering included roughly 150 growers,
aspiring farmers, and agricultural professionals, about half of
whom attended a pre-conference seed-saving workshop while Henderson—who
is now revising her classic CSA treatise Sharing the Harvest—met
with several Virginia CSA managers to learn about their successes,
problems and innovations.
Breakout sessions covered organic production of horticultural crops,
organic certification, sources of organic seed, CSAs, biological
pest management, cover-crop-based organic no-till systems, pastured
pork, ruminant health and nutrition, and various ways of utilizing
beneficial soil microorganisms. In addition to the conference’s
dominant theme of promoting “healthy soils, farms and people,”
many sessions shared a second theme of “growing what you need
to farm on the farm.”
Grow your own seeds
Ira Wallace and Cricket Rakitta of Southern Exposure Seed
Exchange (SESE,
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| Sponsor
Box:
The Virginia Biological Farming Conference is jointly
sponsored by the Virginia Association for Biological
Farming (VABF, P.O. Box 1003, Lexington, VA 24450; www.vabf.org)
and Virginia Cooperative Extension. Andy Hankins, Extension
Specialist in Sustainable Agriculture (ahankins@vsu.edu)
has coordinated this event for the past five years,
and will do so again for the 2005 event, which will
take place in central Virginia. Plans for the 2005 Virginia
Biological Farming Conference will be posted on the
VABF webSsite as they unfold.
VABF is Virginia's premier, non-profit, educational
organization, dedicated to the vision of a sustainable
food and fiber system that will maintain healthy soil,
clean water and thriving ecosystems, while providing
quality products for consumers and economic security
for farmers and rural communities. |
|
www.southernexposure.com)
in Louisa, Va. offered a pre-conference workshop on seed saving
and organic seed production. SESE is one of nine partner organizations
working with the Carolina Farm Stewardship Association on a SARE-funded
project, Saving Our Seeds, with a long-term goal of creating an
organic seed producers’ network and a secure regional seed
supply. Throughout 2004, the project will offer free workshops entitled
Whole Farm Planning for Organic Seed Crop Production and will support
30 growers producing organic seed for three priority vegetable crops.
For more on Saving Our Seeds, contact Ellen Gray at 919-542-2402;
ellen@carolinafarmstewards.org.
Wallace noted that small seed suppliers like Fedco, Abundant Life
Seed Foundation and SESE are bucking the trend toward corporate
consolidation of crop seeds by creating a partnership of regional
suppliers offering locally-adapted seeds, rather than competing
for wider markets. Their germplasm is in the hands of farmers, not
locked up in high-tech facilities; this fortunate reality saved
the day when Abundant Life suffered a devastating warehouse fire
in 2003. The nonprofit recovered all of its most important crop
varieties by contacting farmers who were growing them.
Using tomatoes and beans as examples, Rakitta and Wallace covered
seed production basics. “Good seed production requires better
soil nutrition than [does] good vegetable yields,” Rakitta
said, listing off as essentials adequate phosphorus (P), calcium
(Ca), magnesium (Mg) and micronutrient levels as well as proper
soil pH (6.6 to 6.9). The pair also stressed good pest control through
to seed maturation, which, relative to beans for example, extends
a whopping 45 days beyond the “snap bean” or ideal food
harvesting stage. They counseled that seeds should be dried as quickly
as possible after harvest in a cool, dry, well-ventilated room with
a wooden (not cement) floor. The presenters also covered isolation
distances and minimum populations for various crops, roguing, seed
harvesting, cleaning and storage, and provided written materials
on vegetable seed production, seed cleaning equipment, and buyers
of organic seed. For more information, contact Ira Wallace, ira@southernexposure.com;
540-894-0595, or visit www.growseed.org.
Grow your own bugs: beneficial insects
and microbes
Insect biocontrol consultant Dr. Richard McDonald’s main message
was that, through good farmscaping, a farmer can “grow”
much of his or her own pest control. Farmscaping is the practice
of planting mixtures of annual and perennial flowering plants around
or within production fields to provide food (nectar and pollen)
and year-round habitat for natural enemies of major crop pests.
Dr. McDonald discussed biological pest management for field corn
and broccoli, emphasizing that “the key component is the food
plant. A well-fed parasitic wasp may lay 500 eggs, while a poorly
fed one lays only 50.”
In addition to feeding and sheltering beneficials, Dr. McDonald explained,
some farmscape plants attract certain pests as well, serving as a
trap crop. For example, he said, when mustard in the farmscape mix
attracts harlequin bugs or flea beetles, the grower can spot the pests
and soap-spray or remove them before they invade the cash crop. When
early spring clover or vetch attracts aphids, however, McDonald says
“don’t spray! The aphids will support the ladybugs you’ll
need later on in your crops.” For larger fields, McDonald recommended
farmscaping the perimeter and planting narrow strips across the field
at intervals determined by the dispersal range of the key beneficial
insects you want to attract. Ground beetles and lady beetles do not
move very far, he said, so require strips at only every 50 feet or
so, whereas some parasitic wasps and flies utilize up to a quarter-mile
foraging territory. McDonald maintains an excellent web site at www.drmcbug.com
with pest bio-control information for many crops.
On the microscopic level, Dr. Jerzy Nowak of Virginia Tech described
the role of rhizosphere microorganisms in plant health (see
“Practical tools and solutions for sustaining family farms”
for details). Steve Diver of ATTRA discussed compost teas and other
biologically active extracts that contain soluble nutrients, bioactive
substances that promote crop growth or prevent disease, and beneficial
microbes. Many of these materials can be made from on-farm resources,
he explained, and can be used directly on crop foliage, on the soil,
or on manure or other organic residues to promote beneficial decomposition
and control odors.
Diver described two kinds of compost tea: non-aerated (fermented),
and aerated (brewed in a homemade or commercial brewer with constant
aeration). While compost teas have been shown to improve crop yields,
reduce disease, and restore worn-out soils, current USDA organic
standards regulate them as “raw manure,” unless derived
from all-vegetable matter or tested to be E. coli-free (tests available
from Industrial Microbial Labs www.industrialmicro.com).
For more on compost teas, visit http://groups.yahoo.com/group/compost_tea/.
Diver also discussed effective microorganisms (EM)—a formula
of fermentative-anaerobic bacteria, actinomycetes and yeasts developed
in Japan—and indigenous microorganisms (IM), a method of propagating
beneficial microflora from on-farm sources. “Don’t let
the word ‘anaerobic’ scare you,” he emphasized.
Fermentative anaerobic systems like EM and fermented foods contain
beneficial substances and organisms, he said; it is only the putrefactive
anaerobic processes that yield pathogens, other harmful substances
and bad odors. Commercially available EM concentrates are activated
and diluted at the farm, Diver said, then used as foliar feed, livestock
probiotic, compost inoculant, or odor-control treatment for manure
or food wastes. Significant benefits to both crops and livestock
have been observed, he said. For information and sources of EM,
see www.emtrading.com,
www.scdworld.com,
or www.emrousa.org.
Korean natural farmers have cultured and used indigenous microorganisms
(IM) from their soil since the 1960s, Diver said, describing how
boiled rice is placed in contact with forest soil or leaf mold (very
rich in mycorrhizae) for one week, after which time the inoculated
rice is mixed 1:1 with molasses, diluted 20-fold and fermented an
additional week. Various recipes call for additional plant-derived
materials, Diver said, and final products are applied to plant foliage,
soil or composting materials. Diver also discussed biodynamic preparations,
fermented nettle and comfrey teas, and a series of complex recipes
developed in Auroville, India to treat 64 different crop diseases
and pests. For more information, contact Steve Diver at steved@ncat.org,
or visit www.attra.ncat.org.
Grow your own beauty
Alex and Betsy Hitt, who support themselves entirely by producing
organic flowers and vegetables on about 4 acres, described their
system for raising and selling cut flowers. “We live by cover
crops,” Alex Hitt began, “and we soil test each section
annually to track P, K [potassium] and lime, adding amendments in
September if needed.” Flower crops, grouped by season of planting
and harvest, are integrated into an eight-year rotation with vegetables
and cover crops. The three main groups are: winter hardy (to USDA
Cold Hardiness Zone 7a; 0-5°F), half-hardy (to 20°F) and
tender. The Hitts plant hardy species in September for early, vigorous
and long-stemmed blooms in spring. Some flowers are direct seeded
and others are started in the greenhouse in 128-cell trays. In the
field, the flowers have few insect pests; weeds are controlled by
flame weeding before emergence and by wheel hoe thereafter; fences
exclude deer and varmints.
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Their flower-growing venture began one season with a few rows of zinnias
to add a little beauty to their vegetable fields. When these sold
like hotcakes through their farmstand, the Hitts added other flowers
and began making bouquets for grocery stores. Within three years of
soaring demand, they expanded their flowers to two acres with 160
different varieties, which they bring to farmer’s market and
a grocery store. In addition to providing spectacular three-tiered
displays at their farmers’ market booth and generating about
half the farm’s income, the flowering crops make effective farmscape,
attracting beneficial insects to their fields.
“Harvest and post-harvest handling are the most important
parts of the flower operation,” Hitt noted. Flowers must be
harvested at the right stage for maximum vase life. Immediately
after harvest, cut stems are placed in the shade in a bucket of
water (ideally with a floral preservative), then stored in coolers
at 32°F for cool-season flowers and 45°F for tender species.
The Hitts are now looking into floral preservatives allowable under
the federal Organic Rule.
Cover crops in full bloom also add beauty and beneficial habitat
to the farm and can be managed without tillage for maximum benefits.
Dr. Ron Morse and I gave a presentation on cover crop based organic
no-till vegetable production systems. For more on this research,
see Organic No-Till for Vegetable Production? (http://www.newfarm.org/features/0104/no-till/index.shtml)
Growing Together
Community building became yet another common theme of this gathering.
In addition to presentations, the conference offered a trade show,
country dancing, several farm videos, and opportunities for informal
discussions and networking. Fourteen children attended a youth program
with workshops on healthful cooking, folk medicine, wilderness skills,
exploring soils, and nature-inspired art. VABF held its annual membership
meeting, fundraising raffle, and informal regional chapter meetings.
On Friday evening, Steve Diver, Jerzy Nowak, farmer and organic
certifier Marty Mesh, and pastured hog producer Emile DeFelice led
a wide-ranging discussion attempting to answer the question “where
are we headed in organic farming?” Several people noted that
the future lies in building partnerships among growers, consumers,
researchers, breeders and other stakeholders.
At the closing circle, participants said that, in addition to the
valuable information shared, they really appreciated the sense of
community and interconnectedness among a diverse group. Many felt
that the conference went beyond “organic” and “making
a living” to true sustainability, of which the connections
among each and all of us are an essential part. One participant
contrasted the spirit of the event to the competitive nature of
business relationships in the “real world,” while another
simply affirmed that “this is the real world.”
A longer version of this report may be viewed at the VABF website.
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