BioScience · 2017 · 85 citations · 41 references
Natural SciencesEarth SciencesGeographyAviation MeteorologyRemote SensingWeather ForecastingRadar InstrumentationRadar Signal ProcessingRadar SystemsWeather Radar NetworksAirborne Radar DataAviation Safety ManagementHuman-wildlife RelationsMigration RatesRadar SensingRadar-based ForecastingWeather Radar Observation
Migratory animals generate billions in services and costs, and radar systems can detect migration traffic and biomass, yet most radar use remains local, limiting large‑scale monitoring. The study aims to enable continent‑wide monitoring, quantification, and forecasting of animal migrations to help stakeholders manage benefits and conflicts. The authors propose using existing continent‑wide weather radar networks, which detect biological targets, to routinely monitor aerial migrations across large spatial and temporal scales.
Migratory animals provide a multitude of services and disservices—with benefits or costs in the order of billions of dollars annually. Monitoring, quantifying, and forecasting migrations across continents could assist diverse stakeholders in utilizing migrant services, reducing disservices, or mitigating human–wildlife conflicts. Radars are powerful tools for such monitoring as they can assess directional intensities, such as migration traffic rates, and biomass transported. Currently, however, most radar applications are local or small scale and therefore substantially limited in their ability to address large-scale phenomena. As weather radars are organized into continent-wide networks and also detect "biological targets," they could routinely monitor aerial migrations over the relevant spatial scales and over the timescales required for detecting responses to environmental perturbations. To tap these unexploited resources, a concerted effort is needed among diverse fields of expertise and among stakeholders to recognize the value of the existing infrastructure and data beyond weather forecasting.
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