Abstract:The UN chose Uruguay as first case study for implementing a new set of post-2015 Sustainable Development Goals (SDGs), under the Sustainable Development Solutions Network (SDSN). In 2006, the project issued the first report with the Agricultural Transformation Pathways (ATP) for Uruguay and other two selected study cases:U.K. and China.

Abstract: In 2016, the Sustainable Development Solutions Network (SDSN) project issued the first report with the Agricultural Transformation Pathways (ATP) for Uruguay and two other selected study cases. Beef is one of the main agri-food chains included in Uruguay´s first studies given is the country´s main export, production is the largest in terms of land used (12,6 million ha) and farms involved (44780). After setting Sustainable Development Goals (SDG)-consistent ATPs, the proposed ?backcasting? methodology includes the identification of roadblocks to overcome to transition.

Abtract. The Agricultural Transformation Pathways (ATP) for Uruguay and two other selected study cases issued in 2016 in the frame of the UN´s Sustainable Development Solutions Network (SDSN) projectmade relevant advances in setting the desired and feasible goals and development objectives for 2030 (Schwoob et al., 2016).

Abstract. Uruguay is the most export-oriented rice producing country in the world. The annual production rounds 1.4 million metric tons (TMT), more than 96% of which is exported globally. This article shows the results of the cost-benefit analysis performed on different technology alternatives defined for six different locations in the East of Uruguay, which is the in the traditional rice-producing region. Uruguay plants annually about 170 thousand hectares of rice. Sixty-percent of this area is located in the East part of the country.

Abstract. Uruguay is the most export-oriented rice producing country in the world. The annual production rounds 1.4 million metric tons (TMT), more than 96% of which is exported globally. This article shows the results of the cost-benefit analysis performed on different technology alternatives defined for six different locations in the East of Uruguay, which is the in the traditional rice-producing region. Uruguay plants annually about 170 thousand hectares of rice. Sixty-percent of this area is located in the East part of the country.

Abstract. Since 2002, and every four to six years, the National Institute of Agricultural Research (INIA) and the National Meat Institute (INAC) have been conducting the "meat quality audit" for the beef chain. The aim of the audits, since its inception, is to provide the meat chain with a significant set of indicators and measures regarding the quality of the cattle, as well as the beef all its sub-products, going through all the links of the chain, from the farm to the consumer.

Abstract. Global population is expected to reach 9.7 billionon 2050(UN). This will require increasing food production by approximately 70%. Therefore, the performance of agricultural production systems and processes should be improved. The growing food demand anticipated for 2050 is expected to increase the impact of agricultural production on the environment (Davis et al., 2016).

Abstract. Global population is expected to reach 9.7 billionon 2050(UN). This will require increasing food production by approximately 70%. Therefore, the performance of agricultural production systems and processes should be improved. The growing food demand anticipated for 2050 is expected to increase the impact of agricultural production on the environment (Davis et al., 2016).

Abstract. The United Nations (UN) chose Uruguay as the first case study for implementing a new set of post-2015 Sustainable Development Goals (SDGs), under the Sustainable Agriculture & Food Systems (SAFS) thematic network of the Sustainable Development Solutions Network (SDSN), and the support of the Institut du Développement Durable et des Relations Internationals (IDDRI). In 2006, the international team in charge of the initiative issued the first report with the Agricultural Transformation Pathways (ATP) for Uruguay and the other two selected study cases:U.K. and China.

PRESENTACIONES: Introducción y bienvenida - Horacio Saravia, Walter Ayala, José A. Terra. Módulo 1. Clima durante la zafra - A. Roel La genética que viene en la zafra 2021-22:SLI09193; SLI09197; 13352A2. F. Pérez de Vida CL1202; CL1294 e híbridos. F. Molina Líneas avanzadas FLAR. Y. Sanabria Validación comercial de líneas avanzadas. A. L. Pereira Módulo II. Manejando los factores limitantes y reductores de rendimiento Riego:Retiro de agua y momento cosecha en INIA Merín. A. Roel Manejo:Densidad x N en cultivares CL. F. Molina Control Integrado de Enfermedades. S.