Persistence and mobility of grass pollen could result in a steadily increasing species richness of airborne pollen over the grass pollen season.
We show that dynamic landscapes can reverse the trend of increasing species richness with higher fragmentation observed in static landscapes.
Conflicting evidence of the impact of forest management on biodiversity exists, either decreasing or increasing species richness.
Succession continued after 5 years, with increasing species richness, perennials and species characteristic of non-arable habitats.
Beissinger refers to the widespread decline as a collapse because it has occurred across the whole desert bird community, unlike changes in bird communities elsewhere, which consist of some declining and some increasing species.
We found a gradient of increasing species richness beginning from the rural areas of Flanders over the suburban towards the urban areas.
The results suggest that habitat availability has the greatest effect on the trends of declining butterfly species, and climate in concert with habitat availability on the trends of increasing species.
Paradoxically, the general trends in foraminiferal assemblages with time were consistent with a decreasing impact of pollution and continental influence (e.g., increasing species richness, diversity, density, and decreasing percentages of Ammonia tepida).
Results showed that visitors placed relatively higher preference on planting more trees, increasing species richness and density of trees, than on planting trees in straight rows or pruning or caring.
This system has been exploited in many species from prokaryotes to higher animals including human cells as evidenced by the literature showing increasing sophistication and ease of CRISPR/Cas9 as well as increasing species variety where it is applicable.
General trends of increasing species richness with increasing habitat size and increasing faunal density with increasing habitat complexity were identified, but substantial variability suggested other factors also control the composition of faunal associates.
