The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences
Publications Copernicus
Articles | Volume XLII-3/W12-2020
06 Nov 2020
 | 06 Nov 2020


N. S. Rocha, P. S. Käfer, D. Skokovic, G. Veeck, L. R. Diaz, E. Kaiser, C. M. Carvalho, B. K. Veettil, S. T. L. Costa, R. C. Cruz, D. Robérti, and S. B. A. Rolim

Keywords: Native grassland, Evapotranspiration, LST, NDVI, Thermal Infra-red, Remote Sensing

Abstract. Ecosystem evapotranspiration (ET) has been quantified around the world by different methodologies to understand the energy balance, especially to control the evolution of climate change. It is known that the vegetation of the pampa biome is natural grasslands, it has a large variety of species (flora and fauna), however is it different in the environmental aspects related to the energy balance when compared to the grassland cultivated? In this study the objective was to analyze the environmental differences of the Pampa Biome related to the energy balance in comparison with the pastures cultivated in Barrax, Spain. In the first one the minimum daily ET is 0.99 mm/day, while in the second is 1.57 mm/day. However, the highest differences between the sites occur during the summer period, in the maximum daily ET, the maximum is 16.25 mm/day in Pampa and in Barrax is 7.31 mm/day. The results of this study have indicated that the characteristics of the Pampa biome, both in terms of soil and climatic issues and land use, generate differences in the energy balance when compared to similar vegetation in other regions of the world.