In arid or semi-arid regions, vegetation absorbs water through the nonlocal effects of roots.
The paper establishes a mathematical model with nonlocal delay and Holling-II functional …

In order to understand the mechanism of water uptake by vegetation, we propose a
vegetation-water model with nonlocal effect which is characterised by nonlocal delay with …

Vegetation patterns can reflect the spatial distribution of vegetation in both space and time.
In semi-arid regions, the absorption of water by vegetation is a nonlocal process meaning …

In order to understand the mechanism of water uptake by vegetation, we propose a
vegetation-water model which represents nonlocal effect via nonlocal delay in this paper. By …

Vegetation pattern is caused by local instability in phase space, which can reflect the
distribution characteristics of vegetation in the studied space. In semi-arid environment, the …

The vegetation pattern generated by aeolian sand movements is a typical type of vegetation
patterns in arid and semi-arid areas. This paper presents a vegetation-sand model with …

In an arid or semi-arid environment, precipitation plays a vital role in vegetation growth.
Recent researches reveal that the response of vegetation growth to precipitation has a lag …

A vegetation model with both cross diffusion and time delay is considered. Based upon a
stability analysis, we demonstrate that the delay affects the stability and spatial patterns …

Vegetation pattern provides useful signals for vegetation protection and can be identified as
an early warning of desertification. In some arid or semi-arid regions, vegetation absorbs …

Vegetation patterns can reflect vegetation's spatial distribution in space and time. The
saturated water absorption effect between the soil–water and vegetation plays a crucial role …