Sentence examples for by changes in vegetation from inspiring English sources
The heart-shaped formation – known as the Heart of Voh for its proximity to the Voh commune – is a natural structure caused by changes in vegetation cover.
This coupling reflects changes in sediment source that are either set by changes in vegetation cover at the catchment scale, or by the storage of sediments on continental shelves, at a larger scale.
The horizontal heterogeneity is mainly influenced by changes in vegetation, in particular the decreasing influence of beech (and the increasing influence of ground vegetation) when passing from the tree trunk base, where the influence of the tree reaches a maximum, to the centre of adjacent gaps where the influence of beech is replaced by that of another vegetation.
Higuera's team discovered that the impact of climate change on fire occurrence was often mediated by changes in vegetation, sometimes in ways that seemed counter intuitive.
The differences in soil chemistry and microbial community composition between unrestored and restored sites indicate that these soils are responsive, and therefore not resistant to feedbacks caused by changes in vegetation type.
The distribution and abundance of many vectors may be affected by even small changes in ambient temperature and precipitation, or by changes in vegetation, host populations, and water availability, especially at the margins of vector distribution.
Our findings show that macroinvertebrate assemblage structure and trout diets can be altered by changes in riparian vegetation.
By tracing changes in vegetation "we want to see if you can pick up signals that change is coming," says DiMichele.
The Pleistocene/Holocene boundary at 11,650 cal yr BP is marked by changes both in vegetation composition and sediment type.
Buildings that have entirely subsided linger as ghostly apparitions, their presence announced by changes in the pattern of vegetation: neat oblong forests of bracken, or tough reedy tussocks in tight, straight-edged formation.
When habitat quality was assessed, the distributions of nine edge-sensitive species were significantly (p<0.01) affected by changes in habitat complexity and vegetation vertical structure in core or edge point counts.
