Sebastian Schmidtlein

Latest

• Let Your Maps Be Fuzzy!—Class Probabilities and Floristic Gradients as Alternatives to Crisp Mapping for Remote Sensing of Vegetation
• The Retrieval of Plant Functional Traits from Canopy Spectra through RTM-inversions and Statistical Models Are Both Critically Affected by Plant Phenology
• Convolutional Neural Networks Accurately Predict Cover Fractions of Plant Species and Communities in Unmanned Aerial Vehicle Imagery
• Mapping Forest Tree Species in High Resolution UAV-based RGB-imagery by Means of Convolutional Neural Networks
• Assessing the Impact of an Invasive Bryophyte on Plant Species Richness Using High Resolution Imaging Spectroscopy
• Advantages of Retrieving Pigment Content [Mg/Cm2] versus Concentration [%] from Canopy Reflectance
• Using Aboveground Vegetation Attributes as Proxies for Mapping Peatland Belowground Carbon Stocks
• Radiative Transfer Modelling Reveals Why Canopy Reflectance Follows Function
• Differentiating Plant Functional Types Using Reflectance: Which Traits Make the Difference?
• Analyzing Remotely Sensed Structural and Chemical Canopy Traits of a Forest Invaded by Prunus Serotina over Multiple Spatial Scales
• Measuring B-diversity by Remote Sensing: A Challenge for Biodiversity Monitoring
• LiDAR Derived Forest Structure Data Improves Predictions of Canopy N and P Concentrations from Imaging Spectroscopy
• Transferability of Species Distribution Models for the Detection of an Invasive Alien Bryophyte Using Imaging Spectroscopy Data
• The DIARS Toolbox: A Spatially Explicit Approach to Monitor Alien Plant Invasions through Remote Sensing
• Remotely Sensed Spatial Heterogeneity as an Exploratory Tool for Taxonomic and Functional Diversity Study
• A Unified Framework to Model the Potential and Realized Distributions of Invasive Species within the Invaded Range
• Linking Plant Strategies and Plant Traits Derived by Radiative Transfer Modelling
• Invasion by the Alien Tree Prunus Serotina Alters Ecosystem Functions in a Temperate Deciduous Forest
• Mapping an Invasive Bryophyte Species Using Hyperspectral Remote Sensing Data
• Mapping Raised Bogs with an Iterative One-Class Classification Approach
• Mapping Pollination Types with Remote Sensing
• Remote Sensing of Scattered Natura 2000 Habitats Using a One-Class Classifier
• Mapping the Local Variability of Natura 2000 Habitats with Remote Sensing
• Snow Cover Determines the Ecology and Biogeography of Spiders (Araneae) in Alpine Tundra Ecosystems
• Remote Sensing of Vegetation for Nature Conservation
• Differences between Recent and Historical Records of Upper Species Limits in the Northern European Alps
• Calculating Landscape Diversity with Information-Theory Based Indices: A GRASS GIS Solution
• Assessing Floristic Composition with Multispectral Sensors—A Comparison Based on Monotemporal and Multiseasonal Field Spectra
• Uncertainty in Ecosystem Mapping by Remote Sensing
• Mapping Plant Strategy Types Using Remote Sensing
• Analyzing Floristic Inventories with Multiple Maps
• Combining Isomap Ordination and Imaging Spectroscopy to Map Continuous Floristic Gradients in a Heterogeneous Landscape
• On Variable Relations between Vegetation Patterns and Canopy Reflectance
• A Brute-force Approach to Vegetation Classification
• Brightness-Normalized Partial Least Squares Regression for Hyperspectral Data
• Quantifying Empirical Relations between Planted Species Mixtures and Canopy Reflectance with PROTEST
• Estimating the Impact of Forest Use on Biodiversity in Protected Areas of Developing Tropical Regions
• Mapping Continuous Fields of Forest Alpha and Beta Diversity
• Revealing Biogeographical Patterns by Nonlinear Ordinations and Derived Anisotropic Spatial Filters