Sentence examples for forecasting hazard from inspiring English sources

To anticipate and mitigate the consequences of these effusive eruptions, scientists use numerical lava flow models for hazard and risk assessment, real-time flow forecasting, hazard communication, and evaluating mitigation measures.

The quality of the advice (forecasting, hazard assessment, mitigation strategies), how it is issued, and how well-prepared the public is to receive the advice, are important for determining not only the level of trust (Haynes et al. 2008a), but also how the perception of risk and the response of people and decision-makers will be affected (Donovan and Oppenheimer 2013; Solana et al. 2008).

Forecasting hazards is applied science: we make forecasts because of compelling social and economic risks associated with volcanic eruptions.

Logically, but unfortunately, forecasting hazards related to non-magmatic unrest is too often overshadowed by eruption forecasting, although many volcanoes often pass through states of non-eruptive and non-magmatic unrest for various and prolonged periods of time.

The concept of EWS does not only refer to forecasting hazards, but can also be applied to building resilience (Thomalla and Larsen 2010) and reducing vulnerability (Kelman and Glantz 2014).

It should, however, be noted that Nairobi does not necessarily represent the whole region in terms of capacities to forecast hazards' risks and to implement DRR activities, due to its particularities of hosting ICPAC, an important regional climate center and a key actor in the implementation of the "Regional Climate Prediction and Risk Reduction in the Greater Horn of Africa" program.

Moreover, because areas for locust breeding are closely linked to the water level and temperature of a previous year, forecasting locust hazard risk is absolutely possible.

The basic science is well understood, it noted, but forecasting the hazard from induced earthquakes and taking steps to minimize the risk have been frustrated by the dearth of detailed geologic and geophysical observations of specific sites.

We can derive a few important implications for eruption forecasting and hazard assessment at Ruapehu volcano in particular, and possibly similar systems prone to phreatic eruptions.

The maps incorporate soil and vegetation classifications from each city, which allows planners to see across the borders when forecasting flood hazards.

Forecasting the hazards associated with future earthquakes along this > 700 km long fault requires a comprehensive understanding of past fault behaviour.