Automated individual tree crown detection and delineation (ITCD) using remotely sensed
data plays an increasingly significant role in efficiently, accurately, and completely …

This paper introduces an innovative concept for the use of multispectral stereo pair of
satellite images to identify dangerous trees and plants along overhead transmission rights of …

Reliable information concerning stand volume is fundamental to making strategic decisions
in sustainable forest management. A variety of remotely sensed data and different inventory …

The individual tree crown (ITC) approach is a popular method for estimating forest
parameters from airborne laser scanning data. One disadvantage of the approach is that …

The automatic extraction of trees from aerial imagery in an urban environment is the main
focus of this paper. Aerial color infrared images and a dense digital surface model are used …

Major research and development efforts are put on the automated extraction of man-made
structures, like roads and buildings from digital aerial and space imagery. The approaches …

The automatic interpretation of aerial and satellite imagery by means of image analysis is
currently one of the major research tasks in photogrammetry and related disciplines. The …

In der vorliegenden Arbeit wird ein allgemeines Konzept zur automatischen Interpretation
von Fernerkundungsdaten vorgestellt. Aus diesem Konzept heraus wird auf die …

Although in geoscientific applications the topography of the Earth surface and thus
topographic data sets constitute a common base for most related data sets, discrepancies …

Dieser Beitrag beschreibt den derzeitigen Stand und die Zukunftsperspektiven von
Photogrammetrie & Fernerkundung. Nach einer kurzen Motivation wird auf die …