NERVO, BEATRICE

NERVO, BEATRICE  

SCIENZE DELLA VITA E BIOLOGIA DEI SISTEMI  

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Risultati 1 - 18 di 18 (tempo di esecuzione: 0.091 secondi).
Titolo Data di pubblicazione Autore(i) File
Dung beetle resistance to desiccation varies within and among populations 2021 Nervo Beatrice, Roggero Angela, Chamberlain Daniel, Rolando Antonio, Palestrini Claudia
Dung beetles as drivers of ecosystem multifunctionality: are response and effect traits interwoven? 2018 Piccini, Irene; Nervo, Beatrice; Mattias, Forshage; Celi, Luisella Roberta; Palestrini, Claudia; Rolando, Antonio; Tomas, Roslin
Dung beetles, ecological functions and services 2016 Rolando, A.; Piccini, I.; Arnieri, F.; Caprio, E.; Nervo, B.; Pelissetti, S.; Pizzolato, F.; Palestrini, C.
Dung removal increases under higher dung beetle functional diversity regardless of grazing intensification 2023 Noriega Jorge Ari; Hortal Joaquín; deCastro-Arrazola Indradatta; Alves-Martins Fernanda; Ortega Jean C. G.; Bini Luis Mauricio; Andrew Nigel R.; Arellano Lucrecia; Beynon Sarah; Davis Adrian L. V.; Favila Mario E.; Floate Kevin D.; Horgan Finbarr G.; Menéndez Rosa; Milotic Tanja; Nervo Beatrice; Palestrini Claudia; Rolando Antonio; Scholtz Clarke H.; Senyüz Yakup; Wassmer Thomas; Ádam Réka; Araújo Cristina de O.; Barragan-Ramírez José Luis; Boros Gergely; Camero-Rubio Edgar; Cruz Melvin; Cuesta Eva; Damborsky Miryam Pieri; Deschodt Christian M.; Rajan Priyadarsanan Dharma; D'hondt Bram; Díaz Rojas Alfonso; Dindar Kemal; Escobar Federico; Espinoza Verónica R.; Ferrer-Paris José Rafael; Gutiérrez Rojas Pablo Enrique; Hemmings Zac; Hernández Benjamín; Hill Sarah J.; Hoffmann Maurice; Jay-Robert Pierre; Lewis Kyle; Lewis Megan; Lozano Cecilia; Marín-Armijos Diego; Menegaz de Farias Patrícia; Murcia-Ordoñez Betselene; Karimbumkara Seena Narayanan; Navarrete-Heredia José Luis; Ortega-Echeverría Candelaria; Pablo-Cea José D.; Perrin William; Pessoa Marcelo Bruno; Radhakrishnan Anu; Rahimi Iraj; Raimundo Amalia Teresa; Ramos Diana Catalina; Rebolledo Ramón E.; Roggero Angela; Sánchez-Mercado Ada; Somay László; Stadler Jutta; Tahmasebi Pejman; Triana Céspedes José Darwin; Santos AnaM. C.;
Ecological functions provided by dung beetles are interlinked across space and time: evidence from 15N isotope tracing 2017 Beatrice Nervo; Enrico Caprio; Luisella Celi; Michele Lonati; Giampiero Lombardi; Gloria Falsone; Gabriele Iussig; Claudia Palestrini; Daniel Said-Pullicino; Antonio Rolando
Effect of grazing intensification on dung beetle biodiversity-ecosystem functioning relationship in a biogeographical context 2024 Noriega Jorge Ari; Hortal Joaquín; deCastro-Arrazola Indradatta; Alves-Martins Fernanda; Ortega Jean C. G.; Bini Luis Mauricio; Andrew Nigel R.; Arellano Lucrecia; Beynon Sarah; Davis Adrian L. V.; Favila Mario E.; Floate Kevin D.; Horgan Finbarr G.; Menéndez Rosa; Milotic Tanja; Nervo Beatrice; Palestrini Claudia; Rolando Antonio; Scholtz Clarke H.; Senyüz Yakup; Wassmer Thomas; Ádam Réka; Araújo Cristina de O.; Barragan-Ramírez José Luis; Boros Gergely; Camero-Rubio Edgar; Cruz Melvin; Cuesta Eva; Damborsky Miryam Pieri; Deschodt Christian M.; Rajan Priyadarsanan Dharma; D'hondt Bram; Díaz Rojas Alfonso; Dindar Kemal; Escobar Federico; Espinoza Verónica R.; Ferrer-Paris José Rafael; Gutiérrez Rojas Pablo Enrique; Hemmings Zac; Hernández Benjamín; Hill Sarah J.; Hoffmann Maurice; Jay-Robert Pierre; Lewis Kyle; Lewis Megan; Lozano Cecilia; Marín-Armijos Diego; Menegaz de Farias Patrícia; Murcia-Ordoñez Betselene; Karimbumkara Seena Narayanan; Navarrete-Heredia José Luis; Ortega-Echeverría Candelaria; Pablo-Cea José D.; Perrin William; Pessoa Marcelo Bruno; Radhakrishnan Anu; Rahimi Iraj; Raimundo Amalia Teresa; Ramos Diana Catalina; Rebolledo Ramón E.; Roggero Angela; Sánchez-Mercado Ada; Somay László; Stadler Jutta; Tahmasebi Pejman; Triana Céspedes José Darwin; Santos AnaM. C.
Greenhouse gas emissions from dung pats vary with dung beetle species and with assemblage composition 2017 Irene Piccini; Fabrizio Arnieri; Enrico Caprio; Beatrice Nervo; Simone Pelissetti; Claudia Palestrini; Tomas Roslin; Antonio Rolando
Integrating thermal tolerance, water balance and morphology: An experimental study on dung beetles 2021 Beatrice Nervo, Angela Roggero, Marco Isaia, Dan Chamberlain, Antonio Rolando, Claudia Palestrini
L’INFLUENZA DELLE CONDIZIONI METEOROLOGICHE LOCALI SULLA MIGRAZIONE PRIMAVERILE DEILIMICOLI A RACCONIGI (CENTRO LIPU) 2009 E. Caprio; B. Nervo; B. Vaschetti; G. Vaschetti; A. Rolando
Organic versus conventional systems in viticulture: Comparative effects on spiders and carabids in vineyards and adjacent forests 2015 Caprio, Enrico; Nervo, Beatrice; Isaia, Marco; Allegro, Gianni; Rolando, Antonio
Pastoral practices to reverse shrub encroachment of sub-alpine grasslands: dung beetles (Coleoptera, Scrabaeoidea) respond more quickly than vegetation 2013 Claudia Tocco; Massimiliano Probo; Michele Lonati; Giampiero Lombardi; Matteo Negro; Beatrice Nervo; Antonio Rolando; Claudia Palestrini
Physiological, morphological and ecological traits drive desiccation resistance in north temperate dung beetles 2021 Nervo, Beatrice; Roggero, Angela; Chamberlain, Dan; Caprio, Enrico; Rolando, Antonio; Palestrini, Claudia
Predicting the effect of global warming on dung removal of three Geotrupidae species 2023 Laini A., Nervo B., Roggero A., Rolando A., Palestrini C.
Preliminary results suggest coprophagous beetles (Coleoptera: Scarabeidae) affect dung removal, soil nutrition and herbage growth in alpine pastures. 2013 Beatrice Nervo; Claudia Tocco; Enrico Caprio; Gabriele Iussig; Luisella Celi; Michele Lonati; Claudia Palestrini; Antonio Rolando
Preliminary results suggest coprophagous beetles (Coleoptera: Scarabeidae) affect dung removal, soil nutrition and herbage growth in alpine pastures. 2013 Nervo B.; Tocco C.; Caprio E.; Iussig G.; Celi L.; Lonati M.; Palestrini C.; Rolando A.
Preliminary results suggest coprophagous beetles affect dung removal, soil nutrition and herbage growth in Alpine pastures. 2013 Nervo B.; Tocco C.; Iussig G.; Caprio E.; Celi L.; Lonati M.; Palestrini C.; Rolando A.
Spatio-temporal modelling suggests that some dung beetle species (Coleoptera: Geotrupidae) may respond to global warming by boosting dung removal 2024 Nervo B.; Laini A.; Roggero A.; Palestrini C.; Rolando A.
The Effects of Body Mass on Dung Removal Efficiency in Dung Beetles 2014 Beatrice Nervo*; Claudia Tocco; Enrico Caprio; Claudia Palestrini; Antonio Rolando