Vegetation Warming and Greenness Decline across Amazonia during the Extreme Drought of 2023

In 2023, most parts of the world experienced exceptional heat. In particular, anomalous warm temperatures and heatwave events were evidenced across South America during the second half of the year. The situation was particularly critical in the Amazon region in terms of not only hydrometeorological...

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Vydáno v:Remote sensing (Basel, Switzerland) Ročník 16; číslo 14; s. 2519
Hlavní autoři: Jiménez, Juan Carlos, Miranda, Vitor, Trigo, Isabel, Libonati, Renata, Albuquerque, Ronaldo, Peres, Leonardo F., Espinoza, Jhan-Carlo, Marengo, José Antonio
Médium: Journal Article
Jazyk:angličtina
Vydáno: Basel MDPI AG 01.07.2024
Témata:
Amazonia
decline
Drought
Dry season
El Nino
energy
Enthalpy
Extreme drought
Forests
heat
Heat flux
Heat waves
Hydrometeorology
Land surface temperature
MODIS
normalized difference vegetation index
Normalized difference vegetative index
Precipitation
Remote observing
Remote sensing
Sensible heat
sensible heat flux
South America
Spectroradiometers
spring
surface temperature
Temperature
Vegetation
Water stress
South America
Amazonia
ISSN:2072-4292, 2072-4292
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Abstract In 2023, most parts of the world experienced exceptional heat. In particular, anomalous warm temperatures and heatwave events were evidenced across South America during the second half of the year. The situation was particularly critical in the Amazon region in terms of not only hydrometeorological drought but also ecological and socioeconomic impacts. In this study, remote-sensing data collected from the Moderate Resolution Imaging Spectroradiometer (MODIS) were used to observe the changes in temperature and vegetation across Amazonia during the exceptional drought of 2023. This analysis was based on anomalies in the land surface temperature (LST) and vegetation indices: the enhanced vegetation index (EVI) and the normalized difference vegetation index (NDVI). The amplitude of the LST (AMP-LST), an indicator of the energy partitioning between the latent and sensible heat flux, and fire counts were also considered. The results show widespread and extreme warming across Amazonia during the austral spring in 2023, accompanied by a decline in vegetation greenness, water stress conditions across northern Amazonia, and an enhanced fire occurrence across central and northern Amazonia.
AbstractList In 2023, most parts of the world experienced exceptional heat. In particular, anomalous warm temperatures and heatwave events were evidenced across South America during the second half of the year. The situation was particularly critical in the Amazon region in terms of not only hydrometeorological drought but also ecological and socioeconomic impacts. In this study, remote-sensing data collected from the Moderate Resolution Imaging Spectroradiometer (MODIS) were used to observe the changes in temperature and vegetation across Amazonia during the exceptional drought of 2023. This analysis was based on anomalies in the land surface temperature (LST) and vegetation indices: the enhanced vegetation index (EVI) and the normalized difference vegetation index (NDVI). The amplitude of the LST (AMP-LST), an indicator of the energy partitioning between the latent and sensible heat flux, and fire counts were also considered. The results show widespread and extreme warming across Amazonia during the austral spring in 2023, accompanied by a decline in vegetation greenness, water stress conditions across northern Amazonia, and an enhanced fire occurrence across central and northern Amazonia.
Author Peres, Leonardo F.
Espinoza, Jhan-Carlo
Trigo, Isabel
Jiménez, Juan Carlos
Marengo, José Antonio
Miranda, Vitor
Libonati, Renata
Albuquerque, Ronaldo
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  surname: Libonati
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  surname: Marengo
  fullname: Marengo, José Antonio
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SubjectTerms Amazonia
decline
Drought
Dry season
El Nino
energy
Enthalpy
Extreme drought
Forests
heat
Heat flux
Heat waves
Hydrometeorology
Land surface temperature
MODIS
normalized difference vegetation index
Normalized difference vegetative index
Precipitation
Remote observing
Remote sensing
Sensible heat
sensible heat flux
South America
Spectroradiometers
spring
surface temperature
Temperature
Vegetation
Water stress
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