A Geographic Information System (GIS)-based model, using presence-only data, was used to predict suitability of habitat for large grazing ungulates on a Zimbabwean wildlife reserve. The management-driven study focused on rare and economically valuable herbivores during the resource-limited hot-dry season. The modelling software Biomapper was used to quantify species-habitat association and derive habitat suitability (HS) maps. Herbivore distribution was primarily determined by distance to surface water, time since last burn and herbaceous layer composition. Findings are discussed within the context of tools available to management and are used to address concerns about the potential for interspecific competition at the habitat level, stocki...
Wildlife conservation in human-dominated landscapes requires that we understand how animals, when ma...
Herbivores balance forage acquisition with the need to avoid predation, often leading to tradeoffs b...
Large herbivores form an essential component in the ecosystem, because of the impact that they have ...
Informed management of large herbivores depends largely on how well habitat availability and suitabi...
An understanding of the habitat selection patterns by wild herbivores is critical for adaptive manag...
African rangelands support diverse ungulate communities whose member species exhibit unique combinat...
Conservation planning in the Cape Floristic Region (CFR) of South Africa, a recognised world plant d...
Habitat selection is a dynamic biological process where species respond to spatiotemporal variation ...
Tanzania's Ruaha landscape is an international priority area for large carnivores, supporting over 1...
These data were collected to intensively monitor habitat use by large herbivores in relation to vege...
ii Geographic information systems and remotely sensed information provide an analytical platform for...
Populations of the endangered mountain nyala Tragelaphus buxtoni are significantly threatened by the...
Quantifying landscape characteristics that wildlife select is essential for conservation and managem...
The movement of African ungulates between habitats is determined by diverse factors including forage...
Understanding how different herbivores make forage patch use choices explains how they maintain an a...
Wildlife conservation in human-dominated landscapes requires that we understand how animals, when ma...
Herbivores balance forage acquisition with the need to avoid predation, often leading to tradeoffs b...
Large herbivores form an essential component in the ecosystem, because of the impact that they have ...
Informed management of large herbivores depends largely on how well habitat availability and suitabi...
An understanding of the habitat selection patterns by wild herbivores is critical for adaptive manag...
African rangelands support diverse ungulate communities whose member species exhibit unique combinat...
Conservation planning in the Cape Floristic Region (CFR) of South Africa, a recognised world plant d...
Habitat selection is a dynamic biological process where species respond to spatiotemporal variation ...
Tanzania's Ruaha landscape is an international priority area for large carnivores, supporting over 1...
These data were collected to intensively monitor habitat use by large herbivores in relation to vege...
ii Geographic information systems and remotely sensed information provide an analytical platform for...
Populations of the endangered mountain nyala Tragelaphus buxtoni are significantly threatened by the...
Quantifying landscape characteristics that wildlife select is essential for conservation and managem...
The movement of African ungulates between habitats is determined by diverse factors including forage...
Understanding how different herbivores make forage patch use choices explains how they maintain an a...
Wildlife conservation in human-dominated landscapes requires that we understand how animals, when ma...
Herbivores balance forage acquisition with the need to avoid predation, often leading to tradeoffs b...
Large herbivores form an essential component in the ecosystem, because of the impact that they have ...