Sentence examples for activity footprint from inspiring English sources

As the human activity footprint grows, land-use decisions play an increasing role in determining the future of plant and animal species.

The results showed that among the varying spatial arrangements of urban activities, building footprints and infrastructural elements characterized by monocentric centers of use inscribed with well-defined and relatively uniform grids of streets and related networks, alongside of relatively integrated zones of use, seemed to perform best with regard to urban intensity.

Soil biological activity, principally the footprint of macrofauna, was recognized using the two techniques as well as at both the micro- and macro-morphology scales.

As people rapidly increase their online activity and digital footprint, organizations are finding it vital to quickly analyze the huge amounts of data their customers and audiences generate to better understand and serve them.

The resulting perturbations to the folding energy landscape were measured using SAXS, ribozyme activity, hydroxyl radical footprinting, and native PAGE.

While many of these studies used indirect measures of locomotor activity, such as footprints [ 8], the present laboratory study was aimed at direct observation of locomotor behavior under various light levels and arena complexities.

The total CFP is calculated by then summing the individual CFPs for all activities within the specified life cycle as outlined in Eq. (1): Carbon footprint = ∑ Activity data × Activity emission factor (1).

These checks remain on the couple's credit history – a footprint of activity that can indicate to other lenders that the couple are either desperate or intent on fraud.

Even though the 30 Rock project will be smaller upon completion than the combined four locations it replaces, Ms. Loscalzo said, "You're going to see a lot more activity within that smaller footprint".

The six factors we examined were: (1) regional habitat productivity; (2) inter-annual variability in productivity (e.g. silver-spoon effects); (3) habitat quality; (4) human footprint and activity; (5) rate of landscape change; and (6) density dependence.

We used regional measures of human footprint and activity including the amount of habitat use associated with private lands (i.e., Alberta's whitezone; see [ 75]), protected areas and high- or low-risk habitats based on a mortality risk and safe harbour habitat models [ 58], density of linear-access features, and distance to nearest human feature or recent energy wells (Table  1).