Macro-themes, examples of portfolios and arrangements of EMBRAPA
| Strategic macro-themes for EMBRAPA | Examples of portfolios of R&D projects | Examples of R&D project arrangements |
|---|---|---|
| New sciences: Biotechnology, Nanotechnology and Geo-technology | Genetic Engineering in Agribusiness; Genetics in Agribusiness; Strategic Management of Genetic Resources for Food, Agriculture and Bio-Industry (Regen) | Molecular and quantitative genetics for genetic gain and sustainable beef production (Maxibife); Nanotechnology in Agribusiness (Agronano) |
| Precision automation and agriculture and information and communication technologies | Automation; irrigated agriculture; Monitoring the dynamics of land use and land cover | Information and knowledge management for cattle breeding (Inovapec) |
| Zoo Phytosanitary security in the production chain | Plant and animal health | Sustainable management of fruit flies in Brazil (Moscafrut) |
| Natural resources and climate change | Coexistence with drought; biological control; climate changes; native forest resources | Development of production systems in the Matopiba region (Matopiba) |
| Production systems | Aquaculture; rational management of pesticides; Integration of Crop, Livestock and Forest (Integração Lavoura Pecuária Floresta - iLPF); pastures (Portpastos); ecologically based production systems; sugarcane | Recovery of degraded pastures in the Amazon (Repasto); Technologies for sustainability of the soybean production chain (Sustensoja) |
| Agro-industrial technology and green chemistry | Biological fixation of nitrogen; chemistry and biomass technology; nutrient supply for agriculture; oil palm | Agroecological innovation (Agroeco–NE) |
| Food safety, nutrition and health | Food, nutrition and health; safe food | Biological risks and strategies related to mycotoxins in maize (Micotoxmil) |
| Strategic macro-themes for EMBRAPA | Examples of portfolios of R&D projects | Examples of R&D project arrangements |
|---|---|---|
| New sciences: Biotechnology, Nanotechnology and Geo-technology | Genetic Engineering in Agribusiness; Genetics in Agribusiness; Strategic Management of Genetic Resources for Food, Agriculture and Bio-Industry (Regen) | Molecular and quantitative genetics for genetic gain and sustainable beef production (Maxibife); Nanotechnology in Agribusiness (Agronano) |
| Precision automation and agriculture and information and communication technologies | Automation; irrigated agriculture; Monitoring the dynamics of land use and land cover | Information and knowledge management for cattle breeding (Inovapec) |
| Zoo Phytosanitary security in the production chain | Plant and animal health | Sustainable management of fruit flies in Brazil (Moscafrut) |
| Natural resources and climate change | Coexistence with drought; biological control; climate changes; native forest resources | Development of production systems in the Matopiba region (Matopiba) |
| Production systems | Aquaculture; rational management of pesticides; Integration of Crop, Livestock and Forest (Integração Lavoura Pecuária Floresta - iLPF); pastures (Portpastos); ecologically based production systems; sugarcane | Recovery of degraded pastures in the Amazon (Repasto); Technologies for sustainability of the soybean production chain (Sustensoja) |
| Agro-industrial technology and green chemistry | Biological fixation of nitrogen; chemistry and biomass technology; nutrient supply for agriculture; oil palm | Agroecological innovation (Agroeco–NE) |
| Food safety, nutrition and health | Food, nutrition and health; safe food | Biological risks and strategies related to mycotoxins in maize (Micotoxmil) |
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