A previously published simulation model, describing growth of annual pasture under semi-arid conditions, is re-examined and further developed on the basis of additional experimental information. Major changes introduced are connected with the partitioning of above-ground dry matter into leaves and non-leaf material and with the influence of drought on the photosynthetic performance of the vegetation. It is concluded that the present description yields satisfactory results for varying environmental conditions. Further study is required, however, especially with respect to the influence of prolonged water shortage on phenology, the ability to survive and the regrowth potential. A sensitivity analysis showed that the model is not very sensitiv...
AbstractRainfall is recognized as a major factor affecting the rate of plant growth development. The...
Existing crop-livestock models can largely be separated into two groups: those that simulate crop gr...
We used a daily time step, multi-layer simulation model of soil water dynamics to integrate effects ...
A previously published simulation model, describing growth of annual pasture under semi-arid conditi...
The and and semi-arid regions of the world, totalling about 30% of the land surface of the earth, ar...
A stochastic precipitation model was developed using data from the Betatakin ruins in Arizona. This ...
Plant ecosystems in arid and semiarid climates show high complexity, since they depend on water avai...
Ecological systems in the semi-arid savanna of southern Africa are subject to an erratic moisture su...
Old man saltbush (Atriplex nummularia Lindl.) is a useful forage shrub for livestock in the low-rain...
A process-based model for semi-arid grassland ecosystems was developed. It is driven by standard dai...
The research for a maximum stand density that maintains sustainable development is necessary in arid...
Grasslands are complex ecosystems and their processes are affected by soil, meteorological, and mana...
A process-based model for semi-arid grassland ecosystems was developed. It is driven by standard dai...
Measurements obtained between 1968 and 1976 indicate the influence of climatic factors and soil char...
Vegetation patterns have been observed in many arid zones around the world. This particular spontane...
AbstractRainfall is recognized as a major factor affecting the rate of plant growth development. The...
Existing crop-livestock models can largely be separated into two groups: those that simulate crop gr...
We used a daily time step, multi-layer simulation model of soil water dynamics to integrate effects ...
A previously published simulation model, describing growth of annual pasture under semi-arid conditi...
The and and semi-arid regions of the world, totalling about 30% of the land surface of the earth, ar...
A stochastic precipitation model was developed using data from the Betatakin ruins in Arizona. This ...
Plant ecosystems in arid and semiarid climates show high complexity, since they depend on water avai...
Ecological systems in the semi-arid savanna of southern Africa are subject to an erratic moisture su...
Old man saltbush (Atriplex nummularia Lindl.) is a useful forage shrub for livestock in the low-rain...
A process-based model for semi-arid grassland ecosystems was developed. It is driven by standard dai...
The research for a maximum stand density that maintains sustainable development is necessary in arid...
Grasslands are complex ecosystems and their processes are affected by soil, meteorological, and mana...
A process-based model for semi-arid grassland ecosystems was developed. It is driven by standard dai...
Measurements obtained between 1968 and 1976 indicate the influence of climatic factors and soil char...
Vegetation patterns have been observed in many arid zones around the world. This particular spontane...
AbstractRainfall is recognized as a major factor affecting the rate of plant growth development. The...
Existing crop-livestock models can largely be separated into two groups: those that simulate crop gr...
We used a daily time step, multi-layer simulation model of soil water dynamics to integrate effects ...