Gianalberto Losapio

The paper compares the distribution predictors of glacial specialist and generalist plant species in Switzerland using Species Distribution Models and finds bioclimatic variables strongly predict specialists, while topographic and lithological variables predict generalists more strongly.

The paper examines how glacier retreat alters trophic networks by analyzing plant-arthropod interactions over 140 years, finding that interaction turnover outpaces species turnover.

This study examines how glacier retreat affects plant functional diversity by analyzing a 140-year chronosequence, finding shifts in functional richness, dispersion, evenness, and divergence.

This paper presents a workflow to harmonize digitized herbarium data, resulting in a more accurate checklist of Greenland's flora with increased species richness and occurrence records.

The paper assesses long-term impacts of red spruce monoculture plantations on biodiversity and soil properties in northern Italy, finding reduced plant diversity and soil acidification.

The paper surveys historical yarrow populations to assess local adaptation to climate change, finding persistence with phenotypic and metabolic differentiation, but local extinction in the hottest and driest site.

This study examines how glacier retreat affects plant-pollinator network structure and robustness, finding shifts toward generalist interactions and reduced network stability.

This study examines how glacier retreat affects soil development and vegetation succession, showing increased carbon storage and soil respiration during intermediate stages of ecosystem development.

This study examines the long-term impact of spruce plantations on plant diversity and environmental factors in the Como Prealps, finding a significant reduction in plant species and functional forms.