Sentence examples for monitoring at scale from inspiring English sources

In this paper we propose Varanus1 a cloud aware monitoring tool that provides robust, fault tolerant monitoring at scale.

These guarantees are essential to ensure continuous effective monitoring at scale or in the event of frequent change.

This implementation has received a small scale, 150 node, evaluation which demonstrates the viability of the architecture and the viability of gossip protocols for monitoring at scale.

Comprehensive landscape assessments of protected area networks, with frequent monitoring at scales matching the patterns of human-caused disturbances, are necessary to ensure the conservation effectiveness and long term survival of protected areas in rapidly changing landscapes.

The value of imputed forest C maps may be beyond monitoring C monitoring efforts at scales ranging from national to sub-county, rather it may be in identifying emerging research areas and ecological "hotspots" [21] such as areas where forest C stocks may be responding to climate change events or how detrital and soil organic C stocks may be related.

The value of imputed forest C maps may be beyond monitoring C monitoring efforts at scales ranging from national to sub-county, rather it may be in identifying emerging research areas and ecological "hotspots" [ 21] such as areas where forest C stocks may be responding to climate change events or how detrital and soil organic C stocks may be related.

The existing SEtHyS SVAT model was developed further to model heat and water fluxes over savannah landscapes with the final objective to use remote sensing for regionalization and monitoring at larger scale.

Whilst useful for relatively small, discrete areas, these methods are impractical for monitoring at the scale of the wind or wave farm because of the prohibitive expense, and/or the damage caused by this type of sampling, which may be detrimental to the environmental aims of the development or inappropriate if conservation considerations need to be taken into account.

Because footprints of basin scale injection projects are expected to be very large, the high resolution monitoring programs in existing projects are not economically feasible for monitoring at large scales.

However, monitoring at large scales is not feasible and therefore model applications are becoming challenging, especially when spatially distributed datasets, such as evapotranspiration, are needed to understand the model performances.

The design of the flow's hydrograph, the novel utilization of irrigation infrastructure, the preparation and subsequent maintenance of selected restoration sites, and interdisciplinary monitoring at multiple scales combined to show that ecological restoration is possible, even with extremely small water volumes compared to historical flows.