There is a wide consensus that arid and semi-arid environments are highly variable in space and time. The most frequent approaches to describe and analyze arid and semi-arid rangelands are based on the usage of averages and Normal distributions as main references to describe spatial and temporal differences. We argue that rangeland ecology science should move forward in methods to better capture the patterns of rangeland dynamics, rather than just focusing on simple measures of variability. We provide different simulated time series data in order to illustrate the limitations of some currently used methodologies. We call for the application of time series methods in order to better understand complex dynamics in arid and semi-arid rangeland...
Since many arid ecosystems are overstocked with domestic herbivores, biotic stress could have a stro...
We built a grid-based spatial explicit stochastic model that simulates grazing events and basic proc...
The current human-induced intensification of grazing pressure and the aridity increase as a result o...
There is a wide consensus that arid and semi-arid environments are highly variable in space and time...
Easdale and Bruzzone (2015) recently indicated that to better capture temporal patterns of rangeland...
Temporal ecology is a growing research field aimed at understanding how temporal dynamics structure ...
The way in which temporal dynamics structure ecological systems under the influence of a changing en...
Rangeland ecosystems comprise more than a third of the global land surface, sustaining essential eco...
Rangeland scientists struggle with how long rangeland experiments must continue in order to detect t...
Many of the complex issues worldwide regarding environmental management and sustainable develo-pment...
Livestock grazing is the most important type of land-use in arid and semi-arid regions. In these reg...
The literature, long-term temporal data sets, and spatial data points surrounding livestock watering...
Human settlements in arid environments are becoming widespread due to population growth, and without...
Climate variability affects both animal and plant populations. Understanding how this variability is...
The high inherent variability in rainfall and forage availability in arid regions makes it very diff...
Since many arid ecosystems are overstocked with domestic herbivores, biotic stress could have a stro...
We built a grid-based spatial explicit stochastic model that simulates grazing events and basic proc...
The current human-induced intensification of grazing pressure and the aridity increase as a result o...
There is a wide consensus that arid and semi-arid environments are highly variable in space and time...
Easdale and Bruzzone (2015) recently indicated that to better capture temporal patterns of rangeland...
Temporal ecology is a growing research field aimed at understanding how temporal dynamics structure ...
The way in which temporal dynamics structure ecological systems under the influence of a changing en...
Rangeland ecosystems comprise more than a third of the global land surface, sustaining essential eco...
Rangeland scientists struggle with how long rangeland experiments must continue in order to detect t...
Many of the complex issues worldwide regarding environmental management and sustainable develo-pment...
Livestock grazing is the most important type of land-use in arid and semi-arid regions. In these reg...
The literature, long-term temporal data sets, and spatial data points surrounding livestock watering...
Human settlements in arid environments are becoming widespread due to population growth, and without...
Climate variability affects both animal and plant populations. Understanding how this variability is...
The high inherent variability in rainfall and forage availability in arid regions makes it very diff...
Since many arid ecosystems are overstocked with domestic herbivores, biotic stress could have a stro...
We built a grid-based spatial explicit stochastic model that simulates grazing events and basic proc...
The current human-induced intensification of grazing pressure and the aridity increase as a result o...