2009 - Firenze University Press
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Estimation of Forest Canopy Gap Fraction Changes Through the Application of Terrestrial Laser Scanner and Hemispherical Photo Camera
P. [1-18] [18]
Is part of
Impact of climate change on agricultural and natural ecosystems. - ( Proceedings and report ; 50)-
Information
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In the same volume
- Preface ; Acknowledgments
- Development of a Web Based Model to Process and Analyse Remotely Sensed Data Sets
- Mesoscale Study of the Climatic Parameters in the Eastern Region of Paraguay
- Estimation of Forest Canopy Gap Fraction Changes Through the Application of Terrestrial Laser Scanner and Hemispherical Photo Camera
- Impacts of Climate Change on Soil Erosion within a Specific Area Investigated by the Ciomta Project
- A Preliminary Evaluation of the Cropsyst Model for Sugarcane in the Southeast of Brazil
- Estimation of Soil Moisture for the Valencia Anchor Station Region (VAS) by Using Temperature-Vegetation Dryness Index (TVDI) Obtained from Modis Satellite Images
- Co2 Measurement and Data Processing in Order to Assess the Effect of Climate Change on Natural Ecosystems
- Increasing the Quality of Data Sets for Studies of Climate Change in South America
- The Study of Climate Change on the Hydrology of the Itaipu Hydropower Basin
- Precipitation and Temperature Trend Evaluation in Paraguay Using Brams Model
- Exploring Land Use in the Litoral Argentino, by Remote Sensing Techniques Applied to the Classification of Sac C Satelite Imagery
- Determination and Analysis of the Standardized Precipitation Index (spi) as Drought Intensity Indicator for Paraguay
- An Investigation of Variation in Vegetation Canopy with Hemispherical Photography and Satellite Data
- Characterizing Drought Events in Cuiabá, Mt, Brazil, with Standard Precipitation (SPI)
