biodiversity

Trophic and Applied Ecology

Trophic and Applied Ecology

The main focus of the research group is the relationship between biodiversity and ecosystem functioning in multi-trophic communities.

Molecular Biodiversity of Insects

Molecular Biodiversity of Insects

We are interested in intraspecific diversity of insects, mainly phytophagous and saproxylic species, in both evolutionary contexts—concerning insect–plant relationships and the adaptive significance of genetic polymorphisms in groups of phytophagous beetles (mainly Weevils and Leaf Beetles)—and in conservation-related issues, particularly in the prioritization of protected areas aimed at safeguarding insect species included in the Habitats Directive.

ECAS lab

ECAS lab

Il laboratorio ECAS (www.ecaslab.com) è diretto da Luca Santini e ha sede presso il Dipartimento di Biologia e Biotecnologie dell'Università Sapienza di Roma. Il gruppo di ricerca si concentra sui pattern ecologici e i processi che agiscono a diverse scale spaziali, temporali e tassonomiche e a diversi livelli di organizzazione biologica. In particolare, la ricerca cerca di comprendere come tali processi e pattern ecologici siano oggi alterati dall'azione umana.

The Biodiversity & Global Change (BGC) research lab

The Biodiversity & Global Change (BGC) research lab

The Biodiversity & Global Change Lab (BGC), led by Moreno Di Marco at the Department of Biology and Biotechnology “Charles Darwin” of Sapienza University of Rome, focuses on understanding how global environmental changes affect biodiversity and human well-being. The lab’s research explores the impacts of global drivers such as climate change, land-use alteration, and human pressure on ecosystems, aiming to develop effective strategies to mitigate biodiversity loss and promote sustainability.

Integrative Systematics Lab

Integrative Systematics Lab

The Integrative Systematics Lab investigates insect diversity through a combination of traditional and modern approaches. Our research spans from morphology-based taxonomy and DNA-taxonomy, supported by digital imaging and machine learning tools, to phylogenetic and genomic studies addressing evolutionary relationships and diversification patterns. Biodiversity assessment projects are integrated with studies in functional ecology, linking species diversity and traits to ecosystem processes and conservation priorities.

Twenty years of biodiversity research and nature conservation in the Socotra Archipelago (Yemen)

The topical collection ‘Twenty years of biodiversity research and nature conservation in the Socotra Archipelago’, in short ‘Socotra biodiversity research and nature conservation’ was conceived at the 18th Friends of Socotra annual meeting and Socotra conference which took place at the Orto Botanico di Palermo, Palermo, Italy, 26–29 September, 2019. In total, 13 research papers are included in the

Environmental factors and human activity as drivers of tree cover and density on the Island of Socotra, Yemen

Socotra Island, in the western Indian Ocean, harbors high biodiversity and endemism and makes up the largest part of the Socotra archipelago UNESCO World Heritage site. Its climatic, pedological, and geomorphological characteristics, together with the long geological isolation and inaccessibility, led to the flourishing of unique tree diversity, with great cultural and ecological value. Lately, trees on Socotra are facing new threats linked to the abandonment of traditional management practices, climate change impacts, and growing human pressure.

What makes you a ‘hero’ for nature? Socio-psychological profiling of leaders committed to nature and biodiversity protection across seven EU countries

Biodiversity loss is a widely debated world problem, with huge economic, social, and environmentally negative consequences. Despite the relevance of this issue, the psychological determinants of committed action towards nature and biodiversity have rarely been investigated. This study aims at identifying a comprehensive social-psychological profile of activists committed to biodiversity protection and at understanding what determinants best predict their activism.

From phylogenetic to functional originality. Guide through indices and new developments

In biodiversity studies a species is often classified as original when it has few closely related species, a definition
that reflects its phylogenetic originality. More recently, studies have focussed on biological or functional traits
that reflect the role(s) that species play within communities and ecosystems. This has led many studies to an
alternative evaluation of species’ originality: its functional originality. Most indices of species' originality were

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