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| In last the two decades, the melon agribusiness in Brazil has expanded nine times, reaching a production that is estimated at 500,000 tons per year and is concentrated in the Northeast. Since 2007, melons have become the main national fruit in volume of exports, and in 2008 Brazil was the second top world exporter. Nearly all melon cultivars planted in the Northeast are imported, and hence there is demand for more adapted ones, as the cultivars available were generally developed in soil and clim Status: Completed Start date: 01/04/2012 |
| The general objective is to optimize the management of meleira and papaya ring spot by reducing the initial inoculum and dissemination, via monitoring and early identification of infected plants by taking aerial digital images. Status: Completed Start date: 01/03/2020 |
| Most stargrass and bermudagrass species grown in Brazil were developed and evaluated in the United States. The cultivars grown in Brazil were not developed for Brazilian environmental conditions and there are no official records showing the introduction of the species in Brazil, thus this happened possibly due to the curiosity of some cattle farmers. The aim of the project was the development of stargrass and bermudagrass clones adapted to soil and climatic conditions of Minas Gerais State, Braz Status: Completed Start date: 01/01/2014 |
| Among the existing grass as alternatives to pasture-based production, the genus Cynodon (stargrass and bermudagrass) has advantages such as high productivity and forage quality, responsiveness to fertilization, resistance to cattle trampling, adaptability to a wide range of soil and climate conditions, and good tolerance to waterlogging and low temperatures. These factors distinguish Cynodon from other grasses predominant in tropical conditions and justify considering such specie Status: Completed Start date: 01/12/2013 |
| The increase in productivity in dairy farming will be essential to ensure increases in the production and supply of milk and milk products to meet the world's growing population. Appropriate technologies should be developed and adopted to enable increased productivity in a sustainable way, ensuring greater milk production with reduced number of animals and farming area. The efficient use of dietary nutrients is one of the premises of sustainable production systems, since their inefficient use no Status: Completed Start date: 01/06/2014 |
| One of the largest livestock problems in Southern Brazil has been the scantiness of varieties of forage species more adapted to this region. In addition, due to global warming and the demand for increased productivity with reduced use of inputs, there is a need of studies on germplasm tolerance to abiotic stresses such as drought, and the evaluation of symbiotic organisms to promote biological nitrogen fixation in grasses. Thus, this project aimed to develop improved populations of some of the m Status: Completed Start date: 01/01/2012 |
| This project's goal is to map the genes and/or QTLs responsible for Euchistus heros stinkbug resistance, which will contribute to the selection of resistant lineages in breeding programs, and to the decrease in grain damage and in the use of agrochemicals in soybean crops Status: Completed Start date: 01/12/2012 |
| This project aims to expand the supply of drought-tolerant cowpea cultivars with high protein content for farmers in Uganda, a country in the East of Africa. The development of the cultivars will result in materials specifically generated for semiarid conditions, with disease tolerance and market value Status: Completed Start date: 01/01/2013 |
| Pastures assume a prominent position in the Brazilian agricultural scenario, covering about three quarters of the cultivated area nationwide. In addition to the physical aspect, pastures are the main feeding source for the Brazilian herd. Pastures account for almost 90% of the beef consumed in Brazil and for most of the 21 billion liters of milk produced annually in the country. It is estimated today that in Brazil grasses of the genus Brachiaria are cultivated in approximately 84 millio Status: Completed Start date: 01/07/2008 |
| Pasture as an exclusive feeding source accounts for almost 90% of the beef consumed in Brazil and for most of the nearly 35 billion liters of milk produced annually in the country. It is estimated today that, in Brazil, grasses of the genus Brachiaria are cultivated in approximately 84 million hectares. In Brazil, the most cultivated species of Brachiaria are B. decumbens, B. brizantha, B. humidicola and B. ruziziensis. With the increasing agricult ... Status: Completed Start date: 01/07/2008 |