The Natural Resources Conservation Service conducted an information exchange with Cuba in December 2016. A team from NRCS visited Cuba and met with Cuban agricultural officials to discuss soil conservation, irrigation, drainage, and organic agriculture. They observed examples of soil conservation practices used in Cuba and issues they are facing related to soil degradation. The Cuban officials expressed interest in learning more about rainwater catchment and subsurface drainage. The exchange highlighted successful organic agriculture in Cuba including urban farming and small rice production.
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Overview of nrcs cons info exchange with cuba
1. International Programs Division
Natural Resources Conservation Service
International Programs Division
Natural Resources Conservation Service
Overview of
NRCS
Conservation
Information
Exchange with
Cuba
Lillian Woods Shawver, Director
2. International Programs Division
Natural Resources Conservation Service
Overview
• NRCS International Conservation Program
• Lessons Learned through Cuba Information Exchange
3. International Programs Division
Natural Resources Conservation Service
• Travel Documents for NRCS International
Travelers
• Managing Foreign Visitors Meetings with
NRCS Employees
• Technical & Scientific Exchanges
International Conservation Programs
4. International Programs Division
Natural Resources Conservation Service
NRCS Historic Trip to Cuba
Improved Relations with Cuba
MOU between USDA and Cuba Ministry of Agriculture (CMAG)
3 USDA Agencies conducted Information Exchanges
Information Exchange only
“Fact Finding” & Introductions: Agricultural and Regulatory Systems
Technical Assistance is not permitted (Department of State/U.S.
Congress)
NRCS Interdisciplinary Team / Trip: December 12-15, 2016
Soil Conservation, Irrigation and Drainage, Organic and Urban
Agriculture
Meetings with CMAG and institutes; field visits in Havana Province
5. International Programs Division
Natural Resources Conservation Service
International Programs Division
Natural Resources Conservation Service
NRCS Conservation Information Exchange with Cuba
TDY Team
John Tiedeman
Agricultural Engineer
NRCS California
Redding, CA
(530) 226 - 2501
John.Tiedeman@ca.usda.gov
Chayla Rowley
Civil Engineer
NRCS Colorado
Steamboat Springs, CO
(970) 879 - 3225
Chayla.Rowley@co.usda.gov
Linda Scheffe
Conservation
Agronomist
NRCS National Soil Survey Center
Lincoln, NE
(402) 437 - 5351
Linda.Scheffe@lin.usda.gov
6. International Programs Division
Natural Resources Conservation Service
Historic NRCS – Cuba Encounters
6
“Probably in no other country of the
world has soil character had stronger
influence upon national welfare than in
Cuba. The wealth of the island has been
derived directly and almost wholly from
its varied soils.”
7. International Programs Division
Natural Resources Conservation Service
International Programs Division
Natural Resources Conservation Service
Soil Conservation and Management
Approximate Area Affected by Soil Degradation
Process Total Area Affected (millions hectares) % of Ag area affected
Salinization 1 14.9
Erosion 2.9 43.3
Poor drainage 2.7 40.3
Poor internal drainage 1.8 26.9
Low fertility 3.0 44.8
Compaction 1.6 23.9
Acidity 1.7 24.8
Very low organic matter
content 2.1 31.8
Poor water retention 2.5 37.3
Rocky 0.8 11.9
8. International Programs Division
Natural Resources Conservation Service
Soil Management Alternatives Used
Recycling sugarcane and other residues
as organic fertilizers
cachaza (filter cake mud)
liquid residues from sugar
processing industry
liquid residues from alcohol distilleries
liquid residues from citrus industry
12. International Programs Division
Natural Resources Conservation Service
Examples of Soil Conservation practices such as terraces, some with perennial grasses
(Vetiver and King Grass) to reduce slope length and disperse concentrated runoff.
14. International Programs Division
Natural Resources Conservation Service
Example of publication that addressed irrigation water
requirements, system design, flow measurement, wells, and
pumps in detail similar to NRCS field manuals.
15. International Programs Division
Natural Resources Conservation Service
Areas of interest expressed by our Cuban colleagues due to more dramatic
weather variances: (1) rainwater catchment & (2) subsurface drainage.
16. International Programs Division
Natural Resources Conservation Service
Successful Organic Agriculture Experiences
Urban Agriculture – Produce sold at Farmer’s Markets
Medicinal Plants – Growing trend toward
rediscovering the use of “green” medicine for the
prevention or cure of various diseases.
Small Rice Production – Produce rice
in small plots to ensure family
consumption and sale of surplus
production.
17. International Programs Division
Natural Resources Conservation Service
Organic and Urban Agriculture
Successful urban and organic agricultural movement in Havana;
Production of fresh food in any unused spaces within the urban
perimeter using agroecological techniques, biofertilizers and
biopesticides. Nutritional value displayed for consumer information.
19. International Programs Division
Natural Resources Conservation Service
THANK YOU!
¡GRACIAS!
“Those who
want to
work, find
solutions;
those who
don’t, find
difficulties.”
– Oar Playa
Organopónico
Mural
20. International Programs Division
Natural Resources Conservation Service
International Programs Division
Natural Resources Conservation Service
USDA is an equal opportunity provider, employer, and lender. To file a discrimination complaint,
write to: USDA, Office of the Assistant Secretary for Civil Rights, Office of Adjudication, 1400
Independence Ave., SW, Washington, DC 20250-9410, or call Toll-Free at (866) 632-9992
(English), (800) 877-8339 (TDD), or (866) 377-8642 (English Federal Relay).
Lillian Woods Shawver
Director
(301) 504-2269
Lillian.Woods@wdc.usda.g
ov
International Programs Division
Natural Resources Conservation Service
U.S. Department of Agriculture
5601 Sunnyside Avenue
Beltsville, MD 20705
Editor's Notes
International
Conservation Division provides Agency leadership on International Conservation Programs. Main activities the Division provides are:
NRCS has long history of support of technical exchanges internationally. From early years of exchanges on various conservation topics to conducting soil surveys to Provincial Reconstruction Teams to recent Haiti Pilot Soil Survey.
The TDY Team held meetings with the Soil Institute where they learned the issues Cuba was facing includes erosion, salinity, compaction, and advances made in urban and organic agriculture. In their meeting with Agricultural Engineering Institute, they learned the issues of concern included drainage, salinity, drought, and advances in surface irrigation and energy conservation.
1920s - Hugh Hammond Bennett participated in the Soil Survey for Cuba and recommended crop diversification and soil conservation. Beginning of soil conservation policy.
NRCS recently learned Cuba Celebrates July 7 as Soil Conservation Day. Cuba Deputy Secretary of Agriculture wrote “This is in memory of Hugh Hammond Bennett, a renowned man of science who wanted to increase the production of the land through greater resource protection and worked to raise awareness of the benefits of appropriate management.”
Cuba has approximately 6.6 millones de hectáreas of Agricultural land, of which at least 76.8 % is affected by a limiting factor (erosion, acidity, low fertility, salinity, compaction and poor drainage. (Instituto de Suelos, 2007).
In response, the Ministry of Science, Technology and Environment (CITMA) established new laws and programs for soil conservation and environmental protection. CITMA also established the National Environmental Program and the National Environmental Strategy, both of which include soil conservation and recovery as priority areas. They implemented alternatives to maintain and improve soil fertility.
By combining traditional methods with modern science, Cuba implemented major alternative programs such as the use of residues from the sugarcane industry, biofertilizers based on microorganisms, large-scale production and utilization of earthworm humus, composting, green manures and various soil amendments.
The Cubans have placed much importance on biodiversity, biofertilizers, biopesticides, and using locally available resources. Due to the drastically reduced availability of chemical inputs, Cuba replaced them with locally produced, and in most cases biological, substitutes. This has meant biopesticides (microbial products) and natural enemies to combat insect pests, resistant plant varieties, crop rotations and microbial antagonists to combat plant pathogens, and better rotations and cover cropping to suppress weeds.
The TDY team was able to visit farms in the Havana Province, including Guanabacoa. They were also able to see sugarcane plantations and tobacco operations in Artemisa.
Field tours included a stop in Guanabacoa to Campo Monumental Finca Estrella, a state run farm of 19 hectares (12 fruit orchard and 7 agroforestry species). The slope was approximately 5 to 12% and erosion control included rock barriers, terraces with vetiver grass, and organic residue management. At present, 100% of the conservation practices are paid by the state (National Program for Soil Conservation and Melioration – NPSCM); however, there was interest in how NRCS provides cost share for conservation practices. There was some discussion on getting landowner buy-in and how money is tied to that. NRCS shared the idea of Plant Materials Centers which service several states which was of great interest to the Cuban counterparts. This polygon did have its own plant nursery, but some/many do not.
Another stop was to UBPC Polygon, Cooperativa Victoria Uno 26 de Julio. An agronomy technician provides technical assistance to the polygon farmers along with other technicians from MINAG. This polygon comprised 1300 hectares and produces coffee, papaya, tomatoes, sweet potatoes, and other fruits and vegetables. Contour farming and terraces (with kinggrass barriers) are several of the conservation practices used in addition to composting, vermiculture, biofertilizers, biopesticides, and surface sprinkler irrigation. They also raise roosters for authorized cock fights. Sprinkler irrigation is supplied via an engine-driven portable pump, PVC and polyethylene pipe, and above ground sprinkler risers.
Field tours continued with a visit to CCS Efrain Mayor, with ANAP (National Association of Small Farmers), consisted of 30 hectares total between the son and dad. They had an elaborate greenhouse with drip irrigation growing sweet peppers using raised beds, and fertigation. Other crops grown include lettuce, cucumber, tomato, beets, as well as fruit trees, such as plantain and mango. Due to their agricultural success, the Cuban government is letting them farm another 14 hectares of state-owned property adjacent to their current operations. There are 25 farms in the cooperative; they share equipment and credit. Water and soil samples are paid for by MINAG. This is an example of more intensive farming, using inputs such as synthetic fertilizers and herbicides. Irrigation is provided from pond storage supplied by runoff as well as underground spring flow, and pressure for drip irrigation is supplied by a Soviet-built, electric, motor-driven pumping plant.
The Cubans shared they are evaluating the balance between increasing production (intensive methods) and long term sustainability. While soil types/textures do vary, there were noticeable differences between the organic and intensive farms. We did share presentations and resources on conservation practices – they would like to exchange practices in a series of sustainable agriculture workshops with farmers and conservationists.
This sign in a Farmer’s Market shows consumers the nutritional values of various fruits and vegetables.
It was very impressive that at all levels (Ministry of Agriculture, municipalities, field, farmers, consumers) folks seemed to know what the food security plan was, their challenges and limitations, what their needed resources were to address the limitations, and what each of their roles were in providing a safe, healthy, and abundant food supply for them and even for the growing tourist industry.
The Cuban people are such a hard working, sharing and social culture that we could see how they were able to achieve what they have in sustainable agriculture. Also, the fact that they did not have access to computers or internet for so many years may have been to their advantage in the way that they read books, studied and worked with each other in the field to develop solutions to the sustainability issues.