- HOT TOPICS
- Farmland lost to BC's Site C Dam
- WHY ALL THE FUSS ABOUT THE SITE C DAM?
- Holm: A damning indictment of process. Van Sun OpEd April 15, 2015
- Holm July 3 Presentation Metro Vancouver Board
- Holm V.Sun Op-Ed: Why Site C should be stopped
- DIMINISHED AND DISMISSED - Submission to Joint Review Panel
- Smarties 4 dummies - farm land lost to Site C dam.
- HOLM December 2013 Written Submission to CEAA Panel on Site C
- BC Hydro Site C Dam- Agroeconomic GAP Analysis 2013
- BC Hydro Site C Dam Analysis of DRAFT EIS 2012
- Defending Supply Management
- Young Farmer Apprenticeship Cooperative for Southlands
- Farmland lost to BC's Site C Dam
- 2017 Cuba Farmer Tour
- CUBA CO-OP PROJECT WIITH ANAP
- Cuba Papers: Food, Farm, Co-ops!
- The Cuba Story
- Columns on Cuba
- Cuba Dairy Project
- Blog: Holm on Cuba
The Cuba Story
When the former Soviet Union collapsed, Cuba was forced to reinvent herself.
As a result, Cuba has become a world leader in sustainable farming practices.
In 1999, Cuba won the Right Livelihood Award of the Swedish Parliament for world leadership in organic and urban agriculture.
In 2010, the World Wildlife Fund named Cuba the only
"sustainable" nation based on ecological footprint and social development.
How did Cuba become a world leader in sustainable agriculture overnight?
What are the drivers?
What lessons does this offer for Canada’s farmers? For Global Communities?
COME SEE FOR YOURSELF!
Organic fertilization and soil conservation.
The use of organic and biofertilizers have allowed substitution of organic methods for chemical fertilizers to meet crop nutrient requirements previously met through external inputs. The use of manure, sugar cane byproducts (cachaza), organic fertilizers, compost, bioearth, worm humus, residues from sugarcane (biomass), waste water, cover crops, mulch, biofertilizers and other materials produce higher yields and improve soil cover, dry matter content, and soil properties.
Ecological management of pests, disease and weeds.
Elimination of pesticide use is one of the most difficult tasks in conversion to organic farming practices. The research into bio-pesticides developed by the Cuban Ministry of Agriculture’s National Plant Protection Institute (INISAV) is made available to farmers through the creation of a national network of 280 Centres for tProduction of Entomophages & Entomopathogens (CREEs) to manufacture and distribute biocontrol agents suited to local crops and conditions. CREEs are positioned according to local needs and have work teams comprised of university-educated specialists, lab technicians and auxiliary staff. The products are sold directly to area farmers, reducing transport and storage needs. Production is highly diversified and specialized by region.
The loss of imported feed grains at the beginning of Cuba’s Special Period resulted in sharp production cutbacks in Cuba’s livestock production sector. Strong advances in crop rotation and polyculture were employed to improve soil coverage and quality, control harmful pests and diseases and increase production. Successful use of legume-based livestock systems, silvo-pasture and integrated crop-livestock systems have resulted in significant and sustainable increases in dietary protein. Bio-controls to treat mites and other insect pests.
One million hectares (20% of Cuba’s total farmland) are protected by the application of biological controls. Much of this land is in vegetable, tropical vegetable and fruit production. Most of Cuba’s 32,000 hectares of citrus and tree fruits are managed organically. Organic production methods are being tested in sugar and coffee (4,500 hectares), cocoa, cocoanut, pineapple and mango production. Crop rotations reduce soil pathogens. Crop associations and intercropping keep pest populations low and reduce disease and weeds; common are corn-bean and cassava-bean associations but more complex planting such as corn-squash-sweet potato-beans-cucumbers are also common. Integrated pest management programs are in place for 27 crops, controlling a total of 74 insect and mite pests and several fungal diseases.
Ecological Soil Management.
Organic techniques such as the use of living barriers, ground cover with locally adapted pasture species, contour plowing and conservation tillage systems are used to manage, conserve and recover compacted, salinized, eroded and otherwise degraded soils.
In the early 1990’s, in response to food and petroleum shortages, Cuba made a major commitment to the production of food in cities, or urban agriculture. Today, Organoponicos (raised bed organic vegetable production), intensive vegetable gardens, backyard and roof gardens, small (2-15 hectare) suburban farms and the self-consumption gardens of large enterprises, institutions and government offices together contribute an estimated 90 percent of the fresh produce consumed in Havana. The production goal for Cuba’s urban agriculture sector is 1.4 million metric tons per year to meet the national nutritional goal of 300 grams of fresh vegetables per person per day. Key issues in the development of urban agriculture are conservation and management of soil fertility and integrated pest and disease management. Cuba is investigating the introduction of rabbits in urban agriculture models.
Organized production of medicinal plants began in Cuba in 1992. Today, there are 13 provincial farms and 136 municipal farms producing organic green medicines on 700 hectares of land. Cuba’s current annual production of medicinal plants and of herbs and plants used for dyes is 1,000 tons and growing.