For each genetic data set, we ran various models using different groups of predictor variables, including: (1) environmental variables only, (2) environmental variables and geographic distance, and (3) environmental variables, geographic distance and riverine barriers.
The existence of mosaic (i.e., heterogeneous) habitats within hominin site landscape reconstructions is typically explained using models of the riverine and gallery forest settings, or the pan or lake setting.
A major component of the riverine ecosystem synthesis (RES) is an expandable set of 17 biocomplexity tenets or hypotheses.
The ephemeral nature of riverine flash-flood deposits in this type of setting does not mean that they are not significant, and their interpretation after recent floods can significantly improve interpretation of the event dynamics and its flood hydrology and also be useful for flood risk mapping.
Vegetation encroachment results from a predictable set of conditions, and has well-defined consequences for riverine environments.
Our assesment of the impact of changes in riverine nutrient loads on the eutrophication status is based on five sets of simulations: A hindcast (1965-2004) with atmospheric forcing from European Centre for Medium-Range Weather Forecasts (ECMWF) Erenanalysisalysis until 2002 and ECMWF operational analysis after Wakelin et al. (2012 ), used for validation of the methodology against in situ data.
Dissolved oxygen (DO) is an important parameter in riverine health.
The riverine people continue without conditions to fish or plant.
However, the dissection of C4 grasslands by C3-enriched riparian vegetation, and the distinct carbon stable isotope signature (δC) of these two photosynthetic pathways, provides a unique setting to assess the relative contribution of riparian and more distant sources to riverine C pools.
In addition, Gene Ontology (GO) enrichment analyses with a larger set of differentially expressed genes found the "biosynthesis" category enriched for the riverine population and the "metabolism" category enriched for the lake-type population.
