Sentence examples for many temporal scales from inspiring English sources

For example, climate has varied at many temporal scales, and some of the largest recent shifts enabled the glacial advances and retreats in time scales of 20 100 ka.

The temperature range studied here is biologically relevant to Drosophila, and an individual animal is likely to experience the full 20°C temperature range many times during a one to two month lifetime on many temporal scales.

We need field data that quantify the many spatial and temporal scales of functional relationships that link environments, fluxes and food web interactions to understand how they will respond to intensifying anthropogenic forcing over the coming decades.

Across many temporal and spatial scales, network neuroscience has emerged as a central focus of intellectual efforts, seeking meaningful descriptions of brain networks and explanatory sets of network features that underlie circuit function in health and dysfunction in disease.

This is manifest at many temporal and processing scales; e.g., low-level visual processing ([10] [16]), multimodal sensory integration ([17] [21]), sensorimotor learning ([22] [27]), conditioning in a volatile environment ([28] [29]), attention ([30] [31]), and even reasoning ([32] [33]).

Spontaneous fluctuations in neuronal activity emerge at many spatial and temporal scales in cortex.

The climate changes and varies on many spatio-temporal scales.

Anthropogenic impacts increasingly drive ecological and evolutionary processes at many spatio-temporal scales, demanding greater capacity to predict and manage their consequences.

Climate and environment vary across many spatio-temporal scales, including the concept of climate change, which impact on ecosystems, vector-borne diseases and public health worldwide.

The intersection of studies in human neuroimaging from EEG and fMRI have emphasized that the brain operates at many different spatial and temporal scales, whereas theoretical expositions underscore the importance of the space time structure as key to understanding processing capacity of brain networks (Jirsa and Kelso 2000; Deco et al. 2011).

We built a cyber-infrastructure support system for citizen science programs (www.citsci.org) and show that carefully designed systems can be adept enough to support programs at multiple spatial and temporal scales across many domains when built with a flexible architecture.