Juan Guerra-Hernández

A modelling framework to estimate canopy height at local scale using optical and radar images paired with GEDI measurements in Mediterranean-like landscapes

João E. Pereira-Pires, Juan Guerra-Hernández, Adrián Pascual, Raffaella Guida et autres

The near-worldwide coverage of spaceborne LiDAR data from the GEDI offers unprecedented opportunities for mapping canopy height (CH). Notwithstanding the sensitivity of the GEDI to forests’ vertical structure, it provides sparse sampling measurements, which hinder gap-free mapping. Several machine and deep learning …

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EFFECT OF INDIVIDUAL TREE SEGMENTATION METHOD ON EUCALYPTUS TREES HEIGHT ESTIMATION IN A SILVIPASTORAL SYSTEM

Daniel Augusto da Silva, Ana Lúcia Hanisch, Cristina Pandolfo, Juan Guerra-Hernández et autres

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EFFECT OF INDIVIDUAL TREE SEGMENTATION METHOD ON EUCALYPTUS TREES HEIGHT ESTIMATION IN A SILVIPASTORAL SYSTEM

Daniel Augusto da Silva, Ana Lúcia Hanisch, Cristina Pandolfo, Juan Guerra-Hernández et autres

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‘Space EcoLidar” – An editorial overview

Adrian Pascual, Juan Guerra-Hernández, Rodrigo de Almeida Leite

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Integration of Google’s Alpha Earth Foundations into biomass estimation combined with GEDI spaceborne lidar and field inventory data

Adrián Pascual, Juan Guerra-Hernández

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Supporting fire behavior modelling with canopy base height and canopy bulk density estimates using airborne and spaceborne lidar

Adrián Pascual, Juan Guerra-Hernández, Brigite Botequim, Eduardo González-Ferreiro

The next-generation of fire behavior models must integrate 3D forest structural metrics to better explain fire spread, risk and severity. Canopy base height (CBH) and canopy bulk density (CBD) can be calibrated using lidar data collocated over field plots. Where no airborne …

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Additional file 1 of Scaling and sampling dependencies of forest canopy height mapping towards jurisdictional biomass reporting using airborne LiDAR and small-area estimation

Juan Guerra-Hernández, Francisco Mauro, Francisco Rodríguez, Adrián Pascual

Supplementary material 1.

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Scaling and sampling dependencies of forest canopy height mapping towards jurisdictional biomass reporting using airborne LiDAR and small-area estimation

Juan Guerra-Hernández, Francisco Mauro, Francisco Rodríguez, Adrián Pascual

Abstract Consolidated airborne laser scanning (ALS) programs, satellite imagery and spaceborne structural measurements have enabled major advances in canopy height mapping that translate towards the forest carbon biomass arena. However, we must carefully evaluate the cost of using fine-grained canopy height products …

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Additional file 1 of Scaling and sampling dependencies of forest canopy height mapping towards jurisdictional biomass reporting using airborne LiDAR and small-area estimation

Juan Guerra-Hernández, Francisco Mauro, Francisco Rodríguez, Adrián Pascual

Supplementary material 1.

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Scaling and sampling dependencies of forest canopy height mapping towards jurisdictional biomass reporting using airborne LiDAR and small-area estimation

Juan Guerra-Hernández, Francisco Mauro, Francisco Rodríguez, Adrián Pascual

Abstract Consolidated airborne laser scanning (ALS) programs, satellite imagery and spaceborne structural measurements have enabled major advances in canopy height mapping that translate towards the forest carbon biomass arena. However, we must carefully evaluate the cost of using fine-grained canopy height products …

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GEDICorrect: A Scalable Python Tool for Orbit-, Beam-, and Footprint-Level GEDI Geolocation Correction

Leonel Corado, Sérgio Godinho, Carlos Eduardo Theodoro Silva, Adrián Pascual et autres

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Methodological equivalence between LiDAR and multispectral imagery for estimating carbon of riparian forests: The role of floristic identification

Sean De Holanda Angelim Santos, María Rosário Fernandes, Gonçalo Duarte, Renato de Paula et autres

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