Caracterización de los hábitats en estaciones de monitoreo intensivo (EMIs) del observatorio de cambio global de las sierras subbéticas
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2023-12-19
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Jaén: Universidad de Jaén
Resumen
En este trabajo se ha elaborado un estudio técnico de caracterización ecológica de las Estaciones de
Monitorización Intensiva (EMIs) en que se instalarán equipos de monitorización de gases de efecto
invernadero (mediante la técnica de eddy-covarianza) del Observatorio de Cambio Global de las
Sierras Subbéticas. Se ha empleado un sistema de información geográfica que ha permitido delimitar
el perímetro ecológico de los EMIs en base a cuencas hidrográficas y vegetación potencial, describir
sus características ambientales relevantes para el uso de técnicas de eddy-covarianza (topografía,
clima, suelo, régimen de vientos). Finalmente, se ha explorado la representatividad de los EMIs
respecto al conjunto del sector biogeográfico Subbético.
This study consists in a technical report to determine the ecological characteristics of the Intensive Monitoring Stations (EMIs) that the Global Change Observatory of the Subbetic Ranges will establish. The EMIs will be equipped with instrumentation for the measurement of greenhouse gas exchanges between the ecosystem and the atmosphere using the eddy-covariance technique. The study uses a geographic information system to delimit the ecological perimeter of the EMIs from data on micro- catchments and potential vegetation and to describe environmental characteristics relevant for the eddy-covariance technique (topography, climate, soil and wind regimes). Finally, the study has explored the extent to which the EMIs are representative of other areas within the subbetic ranges.
This study consists in a technical report to determine the ecological characteristics of the Intensive Monitoring Stations (EMIs) that the Global Change Observatory of the Subbetic Ranges will establish. The EMIs will be equipped with instrumentation for the measurement of greenhouse gas exchanges between the ecosystem and the atmosphere using the eddy-covariance technique. The study uses a geographic information system to delimit the ecological perimeter of the EMIs from data on micro- catchments and potential vegetation and to describe environmental characteristics relevant for the eddy-covariance technique (topography, climate, soil and wind regimes). Finally, the study has explored the extent to which the EMIs are representative of other areas within the subbetic ranges.