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of public policies. Generally speaking, AKST stakeholders include publicly funded national agricultural research institutes, but these have little effective participation in the preparation of the legal framework in which they operate (laws on biosecurity and intellectual property, financing of research and development, credit policies, etc.). Generally speaking, they are limited to sending or submitting reports with the results of their research, which is often demanddriven (reactively or by express request).

AKST stakeholders must adopt a more proactive attitude in this process. The experiences of EMBRAPA (Brazil) with its closer relationship to policy makers in the Ministries of Agriculture, Science and Technology, the Environment and Agricultural Development, in particular, as well as to the Congress have been very successful and have helped to strengthen the impact of that organization on the various segments of Brazilian society. EMBRAPA is participating

 

more and more actively in the elaboration of laws governing intellectual property, innovation, and the protection of farmers, etc., as well as in rural credit policies, among other types of policies.

Participation in the formulation of public policies is vigorously pursued both by EMBRAPA and by FIOCRUZ, and this approach in the case of these two research institutions is indistinguishable from the process of creation and is a function that has been embraced by them throughout their existence in order to strengthen their legitimacy and institutional sustainability (Salles et al., 2000).

However, the active participation in the formulation of public policies seen today in Brazil, in the case of EMBRAPA, is not common in Latin America and the Caribbean. It is nevertheless clear that the strengthening of AKST systems in the region and enhancing their impact depend on the proactive participation of the system’s stakeholders.

References

Adis, J., and M.O. Ribeiro 1989. Impact of
the deforestation on soil invertebrates from
central amazonian inundation forests and
their survival strategies to long-term flooding.
Water Qual. Bull. 14:88-98, 104.
Almeida, W.B. de. 2006. Terras de quilombolas,
terras indígenas, “babaçuais livres”,
“castanhais do povo”, faxinais e fundos de
pasto: terras tradiciónalmente ocupadas.
PPGSCA-UFAM, Manaus.
Alpízar, A., H.W. Fassbender, J. Heuveldop,
H. Fölster, and G. Enriquez. 1986. Modelling
agroforestry systems of cacao (Theobroma
cacao) with laurel (Cordia alliodora) and
poro (Erythrina poeppigiana) in Costa
Rica-I. Inventory of organic matter and
nutrients. Agroforest. Syst. 4:174-189.
Alston, M.J., C. Chan-Kang, M.C. Marra,
P.G Pardey, y T.J. Wyatt. 2001. A metaanalysis
of rates of return to agricultural
r&d: Ex pede herculem evaluatión and
priority setting. Res. Rep. 113. IFPRI,
Washington.
Altieri, M.A. 1995. Agroecology. Westview Press,
Boulder.
Altieri, M.A., E.N. Silva, y C.I. Nicholls. 2003.
O papel da biodiversidade nomanejo de
pragas. Holos, Editora Ltda-ME. Ribeirao
Preto SP, Brazil.
Alves, E.R.A. 1985. Modelo Institucional da
Embrapa. In E.R.A. Alves (ed) A. Pesquisa
agropecuária: perspectiva histórica e
desenvolvimento institucional. Embrapa,
Brasília.
Amaral, N.M. 2004. Manejo florestal
comunitário na Amazônia brasileira: análise
da participación e valorización de saberes
de grupos locais na implementación de três
projetos pilotos. Dissertación de mestrado
em agriculturas familiares e desenvolvimento
sustentável. NEAF/CAP/UFPA; EMBRAPA
Amazônia Oriental., Belém.
    Armbrecht, I., J. Vandermeer, y I. Perfecto. 2004.
Enigmatic biodiversity correlations: Leaf
litter ant biodiversity respond to biodiverse
resources. Science 304:284-286
Arima, E., P. Barreto, y M. Brito. 2005. Pecuária
na Amazônia: tendências e implicaçõews
para a conservación ambiental. IPAM, Belém.
Avila, A.F.D., L. Romano, y F.L. Garagory. 2007.
Agricultural and livestock productivity in
Latin America and Caribbean and Sources
of Growth. In R.E. Evenson, y P. Prabhu
(eds) Handbook of agricultural economics:
Agricultural development: Farmers, farm
productión and farm markets.
Badgley. C., J. Moghtader, E. Quintero,
E. Zakem, M.J. Chappell, K. Aviles-Vazquez
et al. 2007. Organic agriculture and the
global food supply. Renewable agriculture
and food systems.
Baltazar, A. 2005. Peixe e gente no alto rio
tiquié. Istituto Socioambiental, São Paulo.
Barros, A.C., y A. Veríssimo. (ed) 1996. A
expansão daa atividade madeireira na
Amazônia: impactos e perspectivas para o
desenvolvimento do setor florestal no Pará.
Imazon, Belém.
Bayão, R. di, y N. Bensunsan. 2003. questão da
proteción dos conhecimentos tradiciónais
associados aos recursos genéticos nos
fóruns internaciónais. In: Quem cala
consente? Subsídios para a proteción aos
conhecimentos tradiciónais. Instituto
Sócioambiental, São Paulo.
Benatti, J.H., D.G. McGrath, A. C. Mendes
de Oliveira. 2003. Políticas públicas e
manejo comunitário de recursos naturais na
Amazônia. Ambiente & Sociedade 6(2).
Bensusan, N. 2002. Seria melhor mandar
ladrilhar? Nurit Bensusan (org.). Univ.
Brasilia, Instituto Sociombiental, Brasilia.
Berendse, F., D. Chamberlain, D. Kleijn, y H.
Schekkerman. 2004. Declining biodiversity in
  agricultural landscapes and the effectiveness
of agri-environment schemes. Ambio
33(8):499-502.
Bierregaard, R.O., C. Gascon, T.E. Lovejoy,
y R. Mesquita. 2001. Lessons from
Amazonia. The ecology and conservation of
a fragmented forest. Yale Univ, Press, New
Haven.
Bisang, R., G. Gutman, C. Roig, y R. Rabetino.
2000. Los sistemas naciónales de innovación
agropecupária y agroindustrial del Cono Sur:
Transformaciónes y desafíos. Série Doc. 14.
PROCISUR, Montevideo.
Bisang, R., G. Gutman, C. Roig, y R. Rabetino.
2000. Los Institutos Nacionales de
Investigación Agropecupária del Cono Sur:
Nuevos àmbitos y Cambios Institucionales.
Série Doc. 15. PROCISUR, Montevideo.
Blann, K. 2006. Habitat in agricultural
landscapes: How much is enough. A state
of the science literature review. Available
at http://www.biodiversitypartners.org).
Defenders of Wildlife. West Linn, Oregon,
Washington DC.
Brosset, A., P. Charlesdominique, A. Cockle,
J.F. Cosson, y D. Masson. 1996. Bat
communities and deforestation in French
Guiana. Can. J. Zool. 74:1974-1982.
Brown, S. 1993. Tropical forests and the global
carbon cycle — the need for sustainable
land-use patterns. Agric. Ecosyst. Environ.
46:31-44.
Buck, L.E., J.C. Milder, T.A. Gavin, and
I. Mukherjee. 2006. Integrating biodiversity
conservation, agricultural production
and livelihood benefits in ecoagriculture
landscapes: A framework for measuring
outcom. Background report for a workshop:
Ecoagriculture outcomes: assessing tradeoffs
and synergies between agricultural
production, rural livelihoods and biodiversity
conservation at a landscape scale. World