Evidences
50 results
More than 64% of the affected farmers were enrolled in Prodesal and received technical guidance and support.
Ministerio de Agricultura de Chile (2026)
Ministerio de Agricultura de Chile. (2026, 7 de agosto). Seremi de Agricultura Maule detalla afectaciones por sistemas frontales concentradas en pequeños agricultores. https://minagri.gob.cl/noticia/seremi-de-agricultura-maule-detalla-afectaciones-por-sistemas-frontales-concentradas-en-pequenos-agricultores/
1.5 billion lempiras were allocated by Honduras to the 2026 Agricultural, Livestock and Coffee Production Incentives Program to strengthen food security and respond to climate emergencies.
SAG (2026).
Secretaría de Agricultura y Ganadería de Honduras (SAG). (2026,). Presidente Nasry Asfura realiza lanzamiento del Programa Incentivos a la Producción en Comayagua. Recuperado de: https://prensa.sag.gob.hn/2026/05/20/presidente-nasry-asfura-realiza-lanzamiento-del-programa-incentivos-a-la-produccion-en-comayagua/
65% of agrifood companies in Latin America and the Caribbean identify high logistics and transportation costs as the main barrier to growth and participation in international trade.
(BID, 2026)
Banco Interamericano de Desarrollo (BID)
25% was the yield increase achieved in maize crops across 25 states during 2025, with technical support and agroecological practices from Farmer Field Schools.
Secretaría de Agricultura y Desarrollo Rural (2026)
Secretaría de Agricultura y Desarrollo Rural. (2026, 4 de marzo). Impulsa Agricultura transición agroecológica; aumentan 25 % los rendimientos del maíz con las Escuelas de Campo. Gobierno de México. https://www.gob.mx/agricultura/prensa/impulsa-agricultura-transicion-agroecologica-aumentan-25-los-rendimientos-del-maiz-con-las-escuelas-de-campo
51 of the 64 native maize races were preserved through 191 seed banks and seed houses established by the strategy.
Secretaría de Agricultura y Desarrollo Rural (2026)
Secretaría de Agricultura y Desarrollo Rural. (2026, 4 de marzo). Impulsa Agricultura transición agroecológica; aumentan 25 % los rendimientos del maíz con las Escuelas de Campo. Gobierno de México. https://www.gob.mx/agricultura/prensa/impulsa-agricultura-transicion-agroecologica-aumentan-25-los-rendimientos-del-maiz-con-las-escuelas-de-campo
21% was the reduction in maize production cost per ton, associated with a 14% decrease in agrochemical spending and 6.5% lower operating costs.
Secretaría de Agricultura y Desarrollo Rural (2026)
Secretaría de Agricultura y Desarrollo Rural. (2026, 4 de marzo). Impulsa Agricultura transición agroecológica; aumentan 25 % los rendimientos del maíz con las Escuelas de Campo. Gobierno de México. https://www.gob.mx/agricultura/prensa/impulsa-agricultura-transicion-agroecologica-aumentan-25-los-rendimientos-del-maiz-con-las-escuelas-de-campo
The study assessed how precision technologies—such as sensors, GIS, and drones—relate to agricultural input management in the San Martín region of Peru. Based on surveys of 120 producers, it found that productivity and sustainability positively influence efficient input management, while costs, limited infrastructure, and resistance to change are the main barriers to their adoption
Santillán-Gonzáles, M., Ganoza-Roncal, J., Lobato-Galvez, R., Oliva-Cruz, C., & Arratea-Pillco, D. (2025).
Instituto Nacional de Innovación Agraria (INIA)
Universidad Nacional de Trujillo (UNT)
A study of 159 Gyr crossbred dairy cows under tropical conditions in Peru compared two estrus synchronization protocols (conventional PC9 vs. extended J-Synch6) for follicular timed induction (FTAI) and evaluated their relationship with heat stress index (THI) in seven critical phases of the program. Both protocols showed similar estrus and pregnancy rates, but J-Synch6 produced larger preovulatory follicles, and its estrus manifestation was more sensitive to hours without heat stress (THI < 72) and to stress peaks (THI ≥ 83) during the follicular growth phase (Vásquez et al., 2025).
Vásquez-Tarrillo, R. W.; Hernández-Guevara, J. E.; Depaz-Hizo, B. A.; Ampuero-Trigoso, G.; Poclín-Rojas, A. Y.; Rojas-Reategui, M.; Segura Portocarrero, G. T.; Juarez-Moreno, J. D.; Quispe-Ccasa, H. A. (2025)
Instituto Nacional de Innovación Agraria (INIA)
The study analyzes local development in the Quevedo canton (Ecuador) based on the strengthening of its agricultural production chains, combining a review of scientific literature and a territorial diagnosis. It identifies the structural conditions, levels of association, and degree of commercial integration of the main crops (bananas, rice, cocoa, African palm, and tropical fruits) revealing an unequal and fragmented structure. The results highlight problems such as intermediation, limited access to credit, low levels of technification, and weak institutional governance, which limit the competitiveness and sustainability of the territory. The article concludes that strengthening chains with a territorial, inclusive, and sustainable approach is essential to boost the rural economy, reduce inequality, and consolidate an equitable local development model.
Universidad Técnica Estatal de Quevedo, Ecuador.
Muñoz, G. B. E., Muñoz, C. A. G., & Nagua, S. V. A. (2025). Análisis del Desarrollo Local en el Cantón Quevedo a partir del Fortalecimiento de las Cadenas Agroproductivas: Una Revisión de Literatura y Diagnóstico Territorial. Ciencia Latina: Revista Multidisciplinar, 9(4), 6930-6948.
This study assessed the use of coffee by-products (mucilage, pulp, and yogurt) as starter cultures in semi-wet fermentation. Significant sugar reduction and enhanced formation of desirable aromatic compounds raised the cup score from 84 (control) to 86.7, qualifying it as specialty coffee (Díaz Medina, J. A. et al., 2024).
Díaz Medina, J. A., Castro Cifuentes, A. G., Rodríguez Morales, A. M., Lozano Sandoval, F. C., & Ramírez Cadavid, D. A. (2024).
Universidad del Valle, Colombia
Ministerio de Ciencia, Tecnología e Innovación (Colombia)
