Loading...
This record has been deleted. Since it is linked to a published record, it is available here for reference purposes only.
Click here to view the deleted recordThis document has been updated. This is not the latest published version. Click here to view the latest version of the record.
Virtual Library Resource
(VLR)
published: 15 Feb 2018
last updated: 28 Jun 2022
Proceedings of the 2nd African Forum on Synecoculture
EN
2017-01
EN
Agriculture contributes to the conservation and sustainable use of
biodiversity, but it is also one of the main drivers of serious biodiversity loss
we face today. Indeed, land clearing, monoculture and the use of synthetic
products in the fields are the main causes. Farmers and agricultural producers
are custodians of agricultural biodiversity and need to have the knowledge to
manage and maintain it, hence the importance of synecoculture.
Synecoculture is based on the augmentation of biodiversity, therefore
the intensive introduction of plants by humans. It is a method of field cultivation
based on the association of plants in function of their symbiotic interactions
with soil, environment and other plants. This makes it possible to produce
useful plants in a state of ecological optimum by making the best use of
the characteristics of each plant by building and controlling the ecosystem.
Synecoculture is done without plowing, without weeding, without fertilizers or
pesticides.
Synecological agriculture has been developed in Japan and is being
introduced in Burkina Faso. It is in this dynamic that the African Center for
Research and Training in Synecoculture (CARFS) was born of the joint initiative
between AFIDRA and Sony Computer Sciences Laboratories, Inc., following
the first African Forum on Synecoculture held on 19 to 21 October 2016 in Fada
N'Gourma. Supported by the Goverment of Burkina Faso, Sony Computer
Sciences Laboratories, Inc. of Japan and UniTwin UNESCO Complex Systems
Digital Campus (CS-DC), CARFS is an international institution with new high-level
training initiatives.
Thanks to the technical and financial support of Sony Computer
Sciences Laboratories, Inc. and CS-DC, AFIDRA through CARFS organized the
2nd African Forum on Syneculture from 24 to 26 May 2017 in Fada N'Gourma
under the theme "Synecoculture: Achieving an agriculture that increases
biodiversity". This underscores the importance of sustainable agriculture, not
only to preserve biodiversity, but also to feed the world and realize sustainable
agricultural livelihoods.
The forum was held under the patronage of Mr. Jacob OUEDRAOGO,
Minister of Agriculture and Hydraulic Development (MAAH) of Burkina Faso, and
brought together experts from agroecology and rural development from several
African countries to tackle the problematics and recognize the importance of the
reconstruction of biodiversity in the semi-arid tropics.
During three days, the experts of the synecoculture, Dr André TINDANO
and Dr Masatoshi FUNABASHI and the ethnobotanist Prof. Patrice ZERBO,
enriched the discussion with participants on the themes of the successful
start-up strategy of a syecoculture farm, syneroculture in the world, and the
enhancement of phyto-genetic resources in Africa.
This forum was attended by 52 researchers, students and agricultural
practitioners from 7 countries in sub-Saharan Africa. New research agreement
around syecoculture and subscription to CARFS training courses were formed
through the communication during the forum.
EN
- Aichi-T1. Awareness of biodiversity values
- Aichi-T2. Integration of biodiversity values
- Aichi-T4. Use of natural resources
- Aichi-T7. Areas under sustainable management
- Aichi-T8. Pollution
- Aichi-T10. Vulnerable ecosystems
- Aichi-T13. Agricultural biodiversity
- Aichi-T14. Essential ecosystem services
- Aichi-T15. Ecosystem resilience
- Aichi-T16. Nagoya Protocol on ABS
- Aichi-T18. Traditional knowledge
- Aichi-T19. Biodiversity knowledge
- Aichi-T20. Resource mobilization
- GBF-T16. Sustainable consumption choices are enabled, and food waste reduced by half
- GBF-T14. The multiple values of biodiversity are integrated into decision-making at all levels
- GBF-T15. Businesses assess and disclose biodiversity dependencies, impacts and risks, and reduce negative impacts
- GBF-T10. Areas under agriculture, aquaculture, fisheries and forestry are managed sustainably
- GBF-T07. Pollution reduced, halving nutrient loss and pesticide risk
- GBF-T08. Minimize impacts of climate change and ocean acidification including through nature-based solutions and/or ecosystem-based approaches
- GBF-T04. Threatened species are recovering, genetic diversity is being maintained and human-wildlife conflict is being managed
- GBF-T02. 30% of degraded areas are under effective restoration
- GBF-T13. Fair and equitable sharing of benefits from genetic resources, digital sequence information and associated traditional knowledge
- GBF-T22. Ensure participation, justice, and rights for indigenous peoples and local communities, women, youth persons with disabilities and environmental defenders
- GBF-T20. Capacity-building and development, technology transfer, and technical and scientific cooperation for implementation is strengthened
- GBF-T21. Data, information and knowledge for decision-making is available
- GBF-T19. Financial resources increased to $200 billion per year, including $ 30 billion through international finance
Migrated information
Format: Text document (e.g. adobe acrobat reader or Word)
Format details: pdf files
EN
Format: Text document (e.g. adobe acrobat reader or Word)
Format details: pdf files