In the last three decades, the Brazilian Savanna (locally called Cerrado ) became the most important beef cattle production region in Brazil. Around 90% of all beef produced in the region comes from pasture-based systems. Intensively-managed and fertilised Panicum maximum pastures can be highly productive and economic. As a result, farmers are demanding new P. maximum cultivars for using in well-fertilised pastures or in crop-pasture rotation systems. This study aimed to evaluate the agronomic performance and the genetic variability of P. maximum accessions in the Brazilian Cerrado
Guineagrass (Panicum maximum Jacq.) is responsible for a high percentage of cattle finishing and mil...
Approximately half the world’s beef is produced in the tropics and subtropics, almost exclusively on...
In the tropical region central of Minas Gerais State, integrated crop-livestock systems are characte...
The Panicum maximum breeding program coordinated by the Brazilian Agricultural Research Corporation ...
Due to the lack of high quality forages adapted to the distinct ecosystems in Brazil, a national net...
With the increased demand for meat products, associated with environmental concerns due to global cl...
ABSTRACT: The narrow genetic variability of grasslands and the incidence of new biotic and abiotic s...
The narrow genetic variability of grasslands and the incidence of new biotic and abiotic stresses ha...
Brazil has the competitive advantage of a very dynamic and cost-effective animal production system o...
The Panicum maximum breeding program coordinated by the Brazilian Agricultural Research Corporation ...
Soil fertility of the Brazilian savannah Cerrado is naturally poor. Extensive areas of pastures loca...
Brazil has the competitive advantage of a very dynamic and cost effective animal production system o...
Brazilian beef production relies heavily on cultivated pastures, of which about 80% are planted main...
Soil fertility of the Brazilian savanna (Cerrado) is natu-rally poor. Extensive areas of pastures lo...
To maintain the largest herd in the world, 214 million heads of beef cattle grazing exclusively on p...
Guineagrass (Panicum maximum Jacq.) is responsible for a high percentage of cattle finishing and mil...
Approximately half the world’s beef is produced in the tropics and subtropics, almost exclusively on...
In the tropical region central of Minas Gerais State, integrated crop-livestock systems are characte...
The Panicum maximum breeding program coordinated by the Brazilian Agricultural Research Corporation ...
Due to the lack of high quality forages adapted to the distinct ecosystems in Brazil, a national net...
With the increased demand for meat products, associated with environmental concerns due to global cl...
ABSTRACT: The narrow genetic variability of grasslands and the incidence of new biotic and abiotic s...
The narrow genetic variability of grasslands and the incidence of new biotic and abiotic stresses ha...
Brazil has the competitive advantage of a very dynamic and cost-effective animal production system o...
The Panicum maximum breeding program coordinated by the Brazilian Agricultural Research Corporation ...
Soil fertility of the Brazilian savannah Cerrado is naturally poor. Extensive areas of pastures loca...
Brazil has the competitive advantage of a very dynamic and cost effective animal production system o...
Brazilian beef production relies heavily on cultivated pastures, of which about 80% are planted main...
Soil fertility of the Brazilian savanna (Cerrado) is natu-rally poor. Extensive areas of pastures lo...
To maintain the largest herd in the world, 214 million heads of beef cattle grazing exclusively on p...
Guineagrass (Panicum maximum Jacq.) is responsible for a high percentage of cattle finishing and mil...
Approximately half the world’s beef is produced in the tropics and subtropics, almost exclusively on...
In the tropical region central of Minas Gerais State, integrated crop-livestock systems are characte...
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