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Global Change Biology · 2025 · Vol. 31 · Issue 6 · Wiley
Pablo M. Lucas; Wilfried Thuiller; Lauren Talluto; Ester Polaina; Jörg Albrecht; Nuria Selva; Marta De Barba; Vincenzo Penteriani; Maya Guéguen; Niko Balkenhol; Trishna Dutta; Ancuta Fedorca; Shane C. Frank; Andreas Zedrosser; Ivan Afonso‐Jordana; Hüseyin Ambarlı; Fernando Ballesteros; Andriy‐Taras Bashta; Cemal Can Bilgin; Neda Bogdanović; Edgars Bojārs; Katarzyna Bojarska; Natalia Bragalanti; Henrik Brøseth; Mark W. Chynoweth; Duško Ćirović; Paolo Ciucci; Andrea Corradini; Daniele De Angelis; Miguel de Gabriel Hernando; Csaba Domokos; Aleksander Dutsov; Alper Ertürk; Stefano Filacorda; Lorenzo Frangini; Claudio Groff; Samuli Heikkinen; Bledi Hoxha; Djuro Huber; Otso Huitu; Georgeta Ionescu; Ovidiu Ionescu; Klemen Jerina; Ramon Jurj; Alexandros A. Karamanlidis; Jonas Kindberg; Ilpo Kojola; José Vicente López‐Bao; Peep Männil; Dime Melovski; Yorgos Mertzanis; Paolo Molinari; Anja Molinari‐Jobin; Andrea Mustoni; Javier Naves; Sergey Ogurtsov; Deniz Özüt; Santiago Palazón; Luca Pedrotti; Aleksandar Perović; Vladimir N. Piminov; Ioan‐Mihai Pop; Marius Popa; Maria Psaralexi; Pierre‐Yves Quenette; Georg Rauer; Slaven Reljic; Eloy Revilla; Urmas Saarma; Alexander P. Saveljev; Ali Onur Sayar; Çagan H. Şekercioğlu; Agnieszka Sergiel; George Sîrbu; Tomaž Skrbinšek; Michaela Skuban; Anil Soyumert; Aleksandar Stojanov; Egle Tammeleht; Konstantin Tirronen; Aleksandër Trajçe; Igor Trbojević; Tijana Trbojević; Filip Zięba; Diana Zlatanova; Tomasz Zwijacz‐Kozica; Laura J. Pollock
Biotic interactions are expected to influence species' responses to global changes, but they are rarely considered across broad spatial extents. Abiotic factors are thought to operate at larger spatial scales, while biotic factors, such as species interactions, are considered more important at local scales within communities, in part because of the knowledge gap on species interactions at large spatial scales (i.e., the Eltoni...
Global Change Biology · 2025 · Vol. 31 · Issue 1 · Wiley
Three‐quarters of the planet's land surface has been altered by humans, with consequences for animal ecology, movements and related ecosystem functioning. Species often occupy wide geographical ranges with contrasting human disturbance and environmental conditions, yet, limited data availability across species' ranges has constrained our understanding of how human pressure and resource availability jointly shape intraspecific...
Environmental Microbiology · 2024 · Vol. 26 · Issue 3 · Wiley
Subsurface microorganisms make up the majority of Earth's microbial biomass, but ecological processes governing surface communities may not explain community patterns at depth because of burial. Depth constrains dispersal and energy availability, and when combined with geographic isolation across landscapes, may influence community assembly. We sequenced the 16S rRNA gene of bacteria and archaea from 48 sediment cores across 3...
Mammal Research · 2023 · Vol. 68 · Issue 1 · Springer
Stable isotope analysis of animal tissue samples is increasingly used to study the trophic ecology of target species. The isotopic signatures respond to the type of diet, but also to the environmental conditions of their habitat. In the case of omnivorous, seasonal or opportunistic feeding species, the interpretation of isotopic values is more complex, as it is largely determined by food selection, either due to individual cho...
Molecular Ecology · 2010 · Vol. 19 · Issue 18 · Wiley
Genetic monitoring has rarely been used for wildlife translocations despite the potential benefits this approach offers, compared to traditional field‐based methods. We applied genetic monitoring to the reintroduced brown bear population in northern Italy. From 2002 to 2008, 2781 hair and faecal samples collected noninvasively plus 12 samples obtained from captured or dead bears were used to follow the demographic and geograph...