Major declines of insect pollinators are a worldwide concern. Such losses threaten human food supplies and ecosystem functions. Monocultures of pastures used to feed cattle are among the drivers of insect pollinator declines in Tropical Latin America. Plants of the legume family (fabaceae) are mostly pollinated by insects, in particular by bees. The inclusion of legumes in pastures (grass-legume system), as forage banks or the development of silvo-pastoral systems (SPS) with tree legumes, has been widely promoted to improve livestock production and soil fertility, but not to enhance ecosystem services from pollinators. Shortages of seed for the establishment of legumes as forage banks or within pastures or SPS remain a bottleneck for the im...
Sustainable intensification of livestock systems implies greater efficiency in resource utilization ...
Arboreal legumes provide multiple uses in pastures and rangelands. Trees directly and indirectly fee...
A Legum Viewpoint article addressing the design of legume cropping systems focussing on: Agriculture...
Major declines of insect pollinators are a worldwide concern. Such losses threaten human food suppli...
Insect pollinator biodiversity and occurrence is on global decline, threatening human food supply an...
Major declines of insect pollinators are a worldwide concern. Such losses threaten human food suppli...
Legumes are bee-pollinated, but to a different extent. The importance of the plant– pollinator inter...
Insect-pollinated legumes are rich in plant-based proteins making them a vital constituent of sustai...
Forage tree legumes benefit agriculture through their multi-purpose contributions to livestock feedi...
Nitrogen input in tropical pastures increases forage and animal productivity. Forage legumes can fix...
The papers in this collection, which explored livestock production systems in Latin America, Africa ...
A Thesis Submitted in Partial Fulfilment of the Requirements for the Degree of Doctor of Philosophy...
Global human population is increasing and expected to reach 9.7 billion people by 2050. Sustainable ...
Forage legumes could enhance ruminant production in Latin America far more than they currently do. W...
Sustainable intensification of livestock systems implies greater efficiency in resource utilization ...
Arboreal legumes provide multiple uses in pastures and rangelands. Trees directly and indirectly fee...
A Legum Viewpoint article addressing the design of legume cropping systems focussing on: Agriculture...
Major declines of insect pollinators are a worldwide concern. Such losses threaten human food suppli...
Insect pollinator biodiversity and occurrence is on global decline, threatening human food supply an...
Major declines of insect pollinators are a worldwide concern. Such losses threaten human food suppli...
Legumes are bee-pollinated, but to a different extent. The importance of the plant– pollinator inter...
Insect-pollinated legumes are rich in plant-based proteins making them a vital constituent of sustai...
Forage tree legumes benefit agriculture through their multi-purpose contributions to livestock feedi...
Nitrogen input in tropical pastures increases forage and animal productivity. Forage legumes can fix...
The papers in this collection, which explored livestock production systems in Latin America, Africa ...
A Thesis Submitted in Partial Fulfilment of the Requirements for the Degree of Doctor of Philosophy...
Global human population is increasing and expected to reach 9.7 billion people by 2050. Sustainable ...
Forage legumes could enhance ruminant production in Latin America far more than they currently do. W...
Sustainable intensification of livestock systems implies greater efficiency in resource utilization ...
Arboreal legumes provide multiple uses in pastures and rangelands. Trees directly and indirectly fee...
A Legum Viewpoint article addressing the design of legume cropping systems focussing on: Agriculture...