Sentence examples for map the spatiotemporal from inspiring English sources

Satellite remote sensing provides an unprecedented opportunity to map the spatiotemporal distribution of ET. However, ET values from barren or sparsely vegetated areas in arid regions are often assumed to be zero in typical ET products because of their low values.

Although from the management perspective information on beetle emergence is crucial in determining an appropriate timing to monitor beetle populations and mitigate outbreaks, especially at the landscape scale in a changing climate, no attempt has yet been made to map the spatiotemporal patterns of beetle emergence across the landscape.

In the present study we used MEG to map the spatiotemporal evolution of brain activity involved in a face affect recognition task, from superficial to deep areas, simultaneously at millisecond temporal resolution.

We have chosen to use a specific type of visual stimulus (pseudo-random sequence of bright and dark bars flashed throughout the receptive field) appropriate to map the spatiotemporal RFs of dLGN cells [18] and valuable to evoke robust transient responses of spike bursts.

To map the spatiotemporal dynamics of the population activity onto the physical space navigated by the animal, we analyzed the distributions of the rate components r x and phase components r ϕ of activity in cell populations sorted according to the location x c of each place field (Supplementary file 1, Appendix: A3).

In combination with a recently developed source estimation algorithm [ 30], it even allows the mapping the spatiotemporal dynamics of elemental aspects of speech perception, i.e. VOT decoding.

A major challenge for neuroscience is to map accurately the spatiotemporal patterns of activity of the large neuronal populations that are believed to underlie computing in the human brain.

We develop a genetically encoded biosensor that directly detects ligand-induced activation of ORs and uncover a real-time map of the spatiotemporal organization of OR activation in living neurons.

(ii) Functional brain mapping of the spatiotemporal neural dynamics during cognitive tasks can be used to construct causal network models.

The signals can also be used to calculate proxy measures of local depolarization and repolarization time, thus offering a convenient means of performing in vivo mapping of the spatiotemporal distribution of electrophysiological activity in human and animal hearts.

All areas with HFMD Z rates among the 101 weeks are shown in the spatiotemporal map.