Renato Casagrandi

This study models reactive persistence in riverine metapopulations, showing that extinction-bound populations can temporarily persist due to ecohydrological conditions and perturbations.

The paper presents a dynamic model to simulate urban tree growth and ecosystem services under climate scenarios, showing growth declines and non-linear service provision with age and climate stress.

This study develops thematic urban ecosystem accounts for the Western Balkans to inform greening actions, revealing ecological degradation hotspots and service-delivery capacity across cities.

This paper identifies challenges in applying the SEEA-EA framework to urban ecosystems and suggests solutions based on existing literature.

This study explores using electrophysiological signals and statistical models to detect drought stress in plants, finding some features significant but models insufficient for practical use.

The paper uses an ecological model to show that generalist pollinators are abundant and widely distributed, while specialists are crucial for biodiversity, highlighting the role of ecological connectivity.

This study reviews 110 urban ecosystem service assessments to evaluate how ecosystem condition is integrated, finding widespread use of static, abiotic variables but gaps in dynamic modeling and sustainability linkages.

This study examines how climate change will shift the ecological niches of Prunus species by analyzing phenological models and their response to changing climatic conditions.

The paper projects yield losses in peach production under climate change scenarios and evaluates adaptation strategies to maintain national yield.

The paper models how climate change affects helminth infection hazard by developing a temperature- and humidity-dependent model based on experimental data from nine trichostrongylid species.

The paper analyzes amino acid change dynamics in SARS-CoV-2 sequences to track variant emergence and evolution using data-driven methods.