This chapter describes the geographic patterns of vegetation change for 14,000 9,000 14C yr B.P. and focuses on individual taxa changes for the remainder of the Holocene.
There were differing responses in the microbial communities between bulk soil (294 taxa changes) and roots (383 taxa changes) to the fertilisation regimes, which were unrelated to the nitrate content in the soil and appeared to be driven by pH changes, especially for communities associated with plant roots.
For most taxa, changes in wildlife habitat due to land use changes in the Biodiversity, Water Quality, and Past scenarios were similar, resulting in greater habitat than either the present landscape or the Production scenario.
The scope of this work was to search for shifts from canopy-forming to turf-forming taxa, changes in macrophytes spatial and seasonal diversity, and trends in macrophytes biodiversity on the infralittoral rocky bottom of the northern Adriatic Sea, during the period from 2006 to 2016.
While the relative emphasis placed on particular immune components may have yet to reach a steady state in recently introduced island taxa, changes observed in the two island endemics relative to their mainland counterpart should represent long-term acclimation to their isolated environment.
The relative proportion of Daphnia taxa changed significantly between spring and autumn in two of the seven tested lakes.
To determine whether the relative abundance of specific taxa changed in the biogas fermenters, abundances were visualized in a scatter plot.
Although detailed natural history information is needed to understand how the biology of particular taxa may change, there are also aspects of general evolutionary theory relevant to understanding the likely effects of global change on phytoplankton populations.
For birds and other taxa, progressive change over time should be expected and thus a longer time horizon is needed to determine whether these changes warrant concern or signal a problem.
From grazing experiments, so far only correlative evidence is available, showing similar changes in the diversity of herbivorous and predatory taxa to changes in grazing pressure (Gibson et al., a 1992; Kruess & Tscharntke, 2002 b 2002b; Báldi, Batáry & Kleijn, 2013).
