Wild goat is belonging to bovidae family, genus with species of Capra aegagrus. Wild goats are present in different areas of the Zagros range from north-eastern of Iraq for example the large population is located in the Barzan area, then in Qara Dagh Mountains, and Peramagroon Mountains. Maximum Entropy (Maxent) is a presence-only modeling method with a confirmed attested potential to predict wildlife distribution. The aim of this study is attempted to establish the influences of environmental variables on the distribution of Wild goat (Capra aegagrus) in Iraq by using the maximum entropy method. A total of 13 Wild goat point localities from the whole Iraq were used as a presence data point as main in put to build the species distribution m...
The usefulness of species distribution models in hunting management of wild ungulates We developed ...
Abstract Background Insufficient knowledge of the genetic and phenotypic diversity in the local Beni...
Natural wild habitats are either destroyed or shrunk due to human interventions. Therefore, habitat ...
Knowledge of species’ habitat needs is considered as one of the requirements of wildlife manag...
Wild goat (Capra aegagrus) is one of the most prominent mountain mammals dispersed in many habitats ...
Increasing anthropogenic pressures have caused drastic population decline of wild goats Capra aegagr...
Habitat suitability models are useful tools for a variety of wildlife management objectives. Distrib...
This study employs the maximum entropy modelling technique to investigate the geographic distributio...
ABSTRACT: Effective management and protection of wild life population depends to a large part on our...
The study aims to study the impact of environmental factors on adult weight and assess the impact of...
The spatial distribution modeling can simulate the suitability of species habitats on different spat...
AbstractIn this study, maximum entropy models were developed in four seasons to evaluate habitat sui...
Aim of study: To manage and conserve wild populations effectively, a good understating of population...
In this study, maximum entropy models were developed in four seasons to evaluate habitat suitability...
<div><p>Due to their secretive habits, predicting the pattern of spatial distribution of small carni...
The usefulness of species distribution models in hunting management of wild ungulates We developed ...
Abstract Background Insufficient knowledge of the genetic and phenotypic diversity in the local Beni...
Natural wild habitats are either destroyed or shrunk due to human interventions. Therefore, habitat ...
Knowledge of species’ habitat needs is considered as one of the requirements of wildlife manag...
Wild goat (Capra aegagrus) is one of the most prominent mountain mammals dispersed in many habitats ...
Increasing anthropogenic pressures have caused drastic population decline of wild goats Capra aegagr...
Habitat suitability models are useful tools for a variety of wildlife management objectives. Distrib...
This study employs the maximum entropy modelling technique to investigate the geographic distributio...
ABSTRACT: Effective management and protection of wild life population depends to a large part on our...
The study aims to study the impact of environmental factors on adult weight and assess the impact of...
The spatial distribution modeling can simulate the suitability of species habitats on different spat...
AbstractIn this study, maximum entropy models were developed in four seasons to evaluate habitat sui...
Aim of study: To manage and conserve wild populations effectively, a good understating of population...
In this study, maximum entropy models were developed in four seasons to evaluate habitat suitability...
<div><p>Due to their secretive habits, predicting the pattern of spatial distribution of small carni...
The usefulness of species distribution models in hunting management of wild ungulates We developed ...
Abstract Background Insufficient knowledge of the genetic and phenotypic diversity in the local Beni...
Natural wild habitats are either destroyed or shrunk due to human interventions. Therefore, habitat ...