hbedon@ulima.edu.pe;jjimenezd@lamolina.edu.pe

La investigación pretende crear un prototipo de plataforma rural inteligente que, en tiempo real, pueda gestionar la automatización de la producción, desde el campo de cultivo hasta su comercialización, con el propósito de incrementar la productividad de la cadena de valor de la quinua orgánica. Así se espera mejorar la cadena de valor y de suministros para la agrocomercialización de la quinua orgánica en el país y en la región andina. El dispositivo permitirá contribuir a la reducción del índice de pérdidas de la inversión tanto en el cultivo como en la cosecha y poscosecha, las cuales se encuentran clasificadas como factores de alto riesgo para la empresa agrícola. Esto constituye un beneficio sustancial para los agricultores.

hbedon@ulima.edu.pe;ccarhuan@ulima.edu.pe;ygarcia@ulima.edu.pe;esaetton@ulima.edu.pe

The climatic data for the Jauja valley, Junín region, central highlands of Peru for the xxi century were evaluated, as simulated by the climatic models used in phase 5 by the Intercomparison of coupled models (CMP5). The models used were three (03): CSIRO Mk 3.6, MIROC ESM and CNRM CM5, respectively, at a spatial resolution of 1,875 × 1.86°, 2,81 × 1.87° and 1,41 × 1,40°, built by observed meteorological data in the Jauja valley during the 1975-2005 period, using the IPCC RCP2.6 and 8.5 scenario. The present work is to provide local climate projections for this area, generating a first future climate database for the region, as a decision-making tool for farmers and other users of the basin. The climatic projections show a significant warming from 2,0 degrees of temperature for the RCP2.6 scenario to 3,5 degrees of temperature for the RCP8.5 scenario expected in the entire evaluat...

Indexado en Latindex (Catálogo 2.0) y DOAJ

The climatic data for the Jauja valley, Junín region, central highlands of Peru for the xxi century were evaluated, as simulated by the climatic models used in phase 5 by the Intercomparison of coupled models (CMP5). The models used were three (03): CSIRO Mk 3.6, MIROC ESM and CNRM CM5, respectively, at a spatial resolution of 1,875 × 1.86°, 2,81 × 1.87° and 1,41 × 1,40°, built by observed meteorological data in the Jauja valley during the 1975-2005 period, using the IPCC RCP2.6 and 8.5 scenario. The present work is to provide local climate projections for this area, generating a first future climate database for the region, as a decision-making tool for farmers and other users of the basin. The climatic projections show a significant warming from 2,0 degrees of temperature for the RCP2.6 scenario to 3,5 degrees of temperature for the RCP8.5 scenario expected in the entire evaluat...