Sentence examples for temporal richness from inspiring English sources

At a resolution of 1ms and much more temporal richness than in imaging we'd need many more time bins to describe the data, which increases the risk of overfitting.

The field data from an extensive sample were here used to model the temporal species richness change among the forest areas in the last 60 years.

Because sample sizes varied between the temporal groups, haplotype richness and private haplotype richness were also estimated with the rarefaction method using the software HP-rare [ 70, 71].

Among them the monitoring approaches based on imaging devices are capable to disclose important data on species behaviour and spatio-temporal variations of richness and evenness.

They have several mechanisms or adaptations to reduce competition and contribute to maintain species richness; seasonal temporal segregation (life cycles), spatial segregation (differences in habitat or microhabitats preferences) [ 9] and temporal partitioning on the diel scale (diel activity patterns) have been previously studied as the most common strategies.

Species data come from a national program designed to monitor spatial and temporal trends in species richness.

The relationships between traditional grazing and farming activities and biodiversity were analysed by comparing species richness and temporal turnover across three different habitat types, defined according to vegetation structure and human land use.

This functional approach provides a counter-point to an assumption that lichen epiphyte communities are unsaturated and non-competitive, a situation which would allow the long-term accumulation of species richness with temporal continuity.

This study aims at characterizing the diversity and temporal changes of species richness and composition of fungi in an ecotone of a forest border and a meadow in the Taunus mountain range in Germany.

We developed a simulation model of forest succession in managed loblolly pine (Pinus taeda) short-leaf pine (Pinus echinata) plantations to explore factors that influence temporal variability in avian richness.

By sampling the macroalgae of a subtidal reef near Perth Australiaa), dominated by the small kelp Ecklonia radiata, every ∼40 days over a 2-year period, we were able to test whether temporal changes in species richness, assemblage structure and species turn-over were related to seasonal changes in surface temperature, solar radiation and wave height.