Title: Small Farms Vegetable Program, Vegetable Crops Department, IFAS
Full Citation
Permanent Link: http://ufdc.ufl.edu/UF00086004/00001
 Material Information
Title: Small Farms Vegetable Program, Vegetable Crops Department, IFAS
Physical Description: Book
Language: English
Creator: IFAS Vegetable Crops Department
Publisher: Institue of Food & Agricultural Sciences, University of Florida
Place of Publication: Gainesville, Fla.
Publication Date: 1979
 Record Information
Bibliographic ID: UF00086004
Volume ID: VID00001
Source Institution: University of Florida
Holding Location: University of Florida
Rights Management: All rights reserved by the source institution and holding location.

Full Text


DECEMBER 20, 1979

The Situation

The thrust of the Vegetable Crops small farm program is in North and
West Florida. Small market gardeners and vegetable growers, usually growing
20 acres or less, predominate in this area of the state. In addition, watermelons
and tomatoes are grown on a more extensive scale.

The ten most important vegetable crops in North Forida are grown on
about 25,000 acres and have an estimated value of $23 million.. Tomatoes
and watermelons represent 68% of the acreage and 73% of the value of North
Florida vegetables.

Yields of most crops are average, but vary among growers and geographical
areas. Harvested yields of Southern peas and okra, on the other hand, are
below profitable levels.

Vegetables are marketed through local, direct-to-consumer markets or
through brokers at State Farmer's Markets in Quincy, Bonifay, Jacksonville
or Thomasville, Georgia.

North Florida farmers produce vegetables under numerous resource con-
straints including small farm size, inadequate equipment, and insufficient
market outlets. In some cases, scant crop and business management skills
and restricted general educational levels are additional resource constraints.

Extension Program

County and state Extension staff have provided leadership in assisting
Jefferson Counfn watermelon growers achieve their goal of producing 40,000
lbs/acre. A three to four year program is underway to identify production
constraints and improve grower's understanding of efficient watermelon pro-

Production meetings, demonstration plots, minifield days, newsletter
articles, and regular visits by county and state staff are the main educational
thrusts. Production technologies such as subsoiling, liming, use of low salt
fertilizers, and wide-band fertilizer application are being emphasized.

Tomato production technology has been successfully transferred through
Extension educational programs to Gadsden County growers from other production
regions in Florida. Initial success in the spring 1977 season was dramatic.
However, production problems such as soil moisture, weed management, fertilizer
placement, pest control including nematicide application and control of the
tomato fruitworm, and maintaining product quality during the grading and
handling process have continued to plague the industry. Educational programs
continue to emphasize correct pesticide usage, improving weed management
strategies, increasing use of effective irrigation practices, and maintaining
quality during harvesting and handling procedures through grower meetings,
problem solving, regular newsletter articles, and frequent visits by county
and state Extension personnel.


Small farm Extension educational activities include County Agent training
in vegetable production and marketing. A slide-t-e set "Growing Quality
Vegetables for Profit" and a circular "Growing Quality Vegetables for Profit -
An Introduction for Small-scale and Part-time Market Gardeners" were developed
for use by County Agents in their educational programs and for use by growers.

Particular attention has been devoted to those vegetable crops that have
had lower than average yields. Slide-tape sets and circulars were developed
specifically for the audiences representing the majority of growers on okra,
Southern-peas, and sweet potato production.

Research Program

Small-farm research has focused on development of schemes for production
that take advantage of hi tri ate or regional market shortages. The
vegetable market s characterized by gluts and shortages, and when developed
this scheme should obviate this problem. Emphasis is on nearly year-round
production of vegetables of regional importance. Twelve cultivars of broccoli,
cabbage, and cauliflower are grown in a winter sequence and sweet corn, Southern
peas, and sweet potatoes are grown in a summer sequence. Because of market
fluctuations, maximum profitability does not always coincide with maximum yields.

Another small farm vegetable research project is aimed at maximizing
land, labor, and equipment resources by multiple cropping tpedS airrTd erent
vegetable crops. The objective of this research is to increase profitability
of small vegetable farms by full utilization of resources.

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