Wolfgang W. Weisser

This study examines common and species-specific responses of phytohormones and morphological traits to drought and herbivory in three plant species, revealing shared and unique regulatory pathways.

The study examines how plant chemotype diversity and aphid presence influence ant behavior on Tansy plants, finding that aphid abundance drives ant behavior more than plant chemistry.

This study examines how different terpenoid chemotypes in Tanacetum vulgare respond to root-chewing wireworms and phloem-feeding aphids, revealing chemotype-specific defense strategies.

BirdNET's species identification matches expert performance when using optimal parameters and sufficient data, offering reliable results without species-specific thresholds.

The paper experiments with structural heterogeneity in forests to determine its impact on beetle metacommunities, finding increased species diversity and support for mass-effect and species-sorting processes.

This study identifies factors influencing the occurrence of Great Spotted Woodpeckers in urban areas by analyzing tree characteristics and human activity in Munich.

The paper tracks arthropod communities and their functions over 13 years in grasslands with varying plant richness, finding that plant diversity supports arthropods and their functions despite overall declines.

The paper shows that reducing land use increases invertebrate abundance but not diversity in grasslands, with effects influenced by surrounding land use practices.

The paper examines how tansy chemotypes and terpenoid mixture evenness affect aphid colony size and herbivore interactions.

The paper evaluates Forest Europe biodiversity indicators against multitaxonomic data, finding no single indicator captures overall biodiversity, but combinations perform better.

The paper introduces a classification framework for urban landscapes to study liveability for both humans and non-humans, applying it to three European cities using geospatial data and machine learning.

This study examines how pipecolic acid treatment affects terpenoid composition in different tissues of tansy plants, revealing tissue-specific responses and metabolic differentiation.

The paper investigates how intraspecific plant chemical diversity affects arthropod communities by manipulating chemotype richness and composition in a field experiment.