Mitigación de altas sensaciones térmicas del municipio Bosconia-Cesar a través de forestación con especies nativas.

Date
Journal Title
Journal ISSN
Volume Title
Publisher
Politécnico Colombiano Jaime Isaza Cadavid
Date
2021-11-09
Abstract
Description
High temperatures or thermal sensation conditions reveal instability in the Bosconense community due to the presence of high levels in the urban area due to vehicular pollution, bad environmental practices and disadvantageous topography, reaching levels of “thermal stress”. Multitemporal analysis of: relative humidity, temperature, wind speed, hot spots and thermal sensation was carried out for the years 2000, 2010, 2015 and 2020. Also, a characterization of the soil based on bibliographies and local environmentalists, finding 20,694 ha's deforested between 2000 -2020 throughout Bosconia. Afforestation methodology with native species (Cañaguate, Mango, Puy and Roble) and monitoring methodology on the variables relative humidity, solar radiation, temperature and wind speed were presented to evaluate efficacy. Adding solar radiation monitoring for future local research. Subsequently, afforestation and socialization with public and private actors and the surrounding population about the benefits and care that should be taken was implemented, establishing the periods and instruments to evaluate mitigation.
Las altas temperaturas o condiciones de sensación térmica revelan inestabilidad en la comunidad Bosconense debido a la presencia de elevados niveles en la zona urbana a causa de la contaminación vehicular, malas prácticas ambientales y topografía desventajosa, alcanzando niveles de “estrés térmico”. Se realizó análisis multitemporal de: humedad relativa, temperatura, velocidad del viento, puntos de calor y sensación térmica para los años 2000, 2010, 2015 y 2020. También una caracterización del suelo basada en bibliografías y ambientalistas locales, encontrando 20.694 ha’s deforestadas entre 2000-2020 en toda Bosconia. Se presentó metodología de forestación con especies nativas (Cañaguate, Mango, Puy y Roble) y metodología de monitoreo sobre las variables humedad relativa, radiación solar, temperatura y velocidad del viento para evaluar eficacia. Añadiendo monitoreo a la radiación solar para futuras investigaciones locales. Posteriormente, se implementó la forestación y socialización con actores públicos, privados y población aledaña sobre los beneficios y cuidados que deben tenerse, estableciendo los periodos e instrumentos para evaluar la mitigación.   High temperatures or thermal sensation conditions reveal instability in the Bosconense community due to the presence of high levels in the urban area due to vehicular pollution, bad environmental practices and disadvantageous topography, reaching levels of “thermal stress”. Multitemporal analysis of: relative humidity, temperature, wind speed, hot spots and thermal sensation was carried out for the years 2000, 2010, 2015 and 2020. Also, a characterization of the soil based on bibliographies and local environmentalists, finding 20,694 ha's deforested between 2000 -2020 throughout Bosconia. Afforestation methodology with native species (Cañaguate, Mango, Puy and Roble) and monitoring methodology on the variables relative humidity, solar radiation, temperature and wind speed were presented to evaluate efficacy. Adding solar radiation monitoring for future local research. Subsequently, afforestation and socialization with public and private actors and the surrounding population about the benefits and care that should be taken was implemented, establishing the periods and instruments to evaluate mitigation.
Keywords
Bosconia, especies nativas, mitigación, monitoreo, sensaciones térmicas
Citation