Amazonia awaken interest in the scientific environment because it is the largest rainforest in the world, due great water and solar energy availability, fundamental for regional and global climate regulation. In this context, this research analyzes the behavior of the annual and seasonal rainfall in Legal Amazon over 30 years (1986 to 2015), throught data from 268 rainfall stations available in the hydrometeorological network (HidroWeb) of the National Water Agency (ANA), in order to contribute a water resources management and planning in this region. The spatial and temporal dynamics from precipitation were analyzed through isoietas maps over interpolation of linear ordinary kriging, the average precipitation estimation by the isoietas met...
ACTUAL HYDROLOGICAL VARIABILITY IN THE AMAZON DRAINAGE BASIN The climatic “El Niño” phenomena, and...
In this research we studied the modulation of precipitation through ocean-atmosphere phenomena of la...
Abstract: The present study compares the climatological normals for periods of 36 and 34 years (inte...
The Amazon Basin is constantly affected by episodes of drought and floods during phenomena such as E...
The Amazon Hydrographic Basin plays a fundamental role in the functioning of the climate. However, t...
Intense precipitation events (IPE) have been causing great social and economic losses in the affect...
Based on the daily precipitation and air temperature data from INMET eight meteorological stations o...
Precipitations are the main seasonal climate marker between the tropics and largely determine surfac...
Amazonian deforestation is causing notable changes in the hydrological cycle by altering important p...
207 Rain Gauges (RG) of the Brazilian National Agency for Water (ANA) were analyzed using statistica...
A new dataset based on 5 years of operational meteorological weather radars from Amazon Protection ...
During the austral winter, when there is a greater frequency of the Low Level Jet east of the Andes,...
http://www.dsr.inpe.br/sbsr2011/files/p1145.pdfInternational audienceRecent studies has shown that a...
The Amazon region has a fundamental role in the global hydrological balance because it is one of the...
The area of interest for this study lies in the Western part of the Amazon. Monthly and annual meteo...
ACTUAL HYDROLOGICAL VARIABILITY IN THE AMAZON DRAINAGE BASIN The climatic “El Niño” phenomena, and...
In this research we studied the modulation of precipitation through ocean-atmosphere phenomena of la...
Abstract: The present study compares the climatological normals for periods of 36 and 34 years (inte...
The Amazon Basin is constantly affected by episodes of drought and floods during phenomena such as E...
The Amazon Hydrographic Basin plays a fundamental role in the functioning of the climate. However, t...
Intense precipitation events (IPE) have been causing great social and economic losses in the affect...
Based on the daily precipitation and air temperature data from INMET eight meteorological stations o...
Precipitations are the main seasonal climate marker between the tropics and largely determine surfac...
Amazonian deforestation is causing notable changes in the hydrological cycle by altering important p...
207 Rain Gauges (RG) of the Brazilian National Agency for Water (ANA) were analyzed using statistica...
A new dataset based on 5 years of operational meteorological weather radars from Amazon Protection ...
During the austral winter, when there is a greater frequency of the Low Level Jet east of the Andes,...
http://www.dsr.inpe.br/sbsr2011/files/p1145.pdfInternational audienceRecent studies has shown that a...
The Amazon region has a fundamental role in the global hydrological balance because it is one of the...
The area of interest for this study lies in the Western part of the Amazon. Monthly and annual meteo...
ACTUAL HYDROLOGICAL VARIABILITY IN THE AMAZON DRAINAGE BASIN The climatic “El Niño” phenomena, and...
In this research we studied the modulation of precipitation through ocean-atmosphere phenomena of la...
Abstract: The present study compares the climatological normals for periods of 36 and 34 years (inte...