TY - JOUR
T1 - OniscidBase: A call for contributions to a global database to advance terrestrial isopod research
AU - Gongalsky, Konstantin B.
AU - Smedt, Pallieter De
AU - Kuznetsova, Daria M.
AU - Segers, Stijn
AU - Gardini, Pietro
AU - Hornung, Elisabeth
AU - Korobushkin, Daniil I.
AU - Orihuela-Rivero, Raúl
AU - Robla, Jairo
AU - Szlavecz, Katalin
AU - de Araujo, Paula B.
AU - Barantal, Sandra
AU - Berg, Matty P.
AU - Bichuette, Maria Elina
AU - Binder, Stephanie
AU - Boeraeve, Pepijn
AU - Burton, Victoria J.
AU - Byzov, Philipp S.
AU - Filho, Ivanklin Soares Campos
AU - Chauvat, Matthieu
AU - Coulis, Mathieu
AU - Ganault, Pierre
AU - Ganz, Matteo
AU - Hedde, Mickael
AU - Janion-Scheepers, Charlene
AU - Jiang, Chao
AU - Jones, Nathan T.
AU - Kästle, Benedikt
AU - Li, Weichun
AU - Marx, Michael T.
AU - Minor, Maria
AU - Montesanto, Giuseppe
AU - Steinwandter, Michael
AU - Szpalek, Artur
AU - van der Vegt, Wouter B.
AU - Zaitsev, Andrey S.
AU - Taiti, Stefano
PY - 2025/12/1
Y1 - 2025/12/1
N2 - Terrestrial isopods (Isopoda: Oniscidea), commonly known as woodlice, are among the most recognisable soil-dwelling invertebrates and are crucial for soil functioning. They are widely distributed from temperate to equatorial ecosystems, and their distribution is strongly influenced by environmental factors, such as soil type, temperature and humidity. Terrestrial isopods have fascinated taxonomists for centuries, with over 4,100 described species across 568 genera and 38 or 39 families. These animals contribute significantly to key ecosystem processes, such as litter decomposition, nutrient cycling, and carbon sequestration. However, data on patterns of their diversity, abundance, or biomass, which are crucial for assessing their importance in ecosystem functioning worldwide, are lacking. This is partly due to the incomplete taxonomy in regions such as the tropics and the scattered nature of local georeferenced datasets. To better understand the global taxonomic patterns, species distributions, and functional roles of terrestrial isopods, we call for the compilation of a comprehensive global database that integrates taxonomy, georeferenced species records, and trait data. This database would help answer fundamental questions about the response of terrestrial isopods to environmental changes and their role in ecosystem functioning and soil health. OniscidBase, a recently launched initiative, aims to consolidate such data, facilitating the analysis of taxonomic gaps and assessing the distribution and functional importance of terrestrial isopods. The database aims to include georeferenced data on the distribution, abundance and biomass of terrestrial isopod species, and metadata on environmental parameters. Our main goals are to strengthen the taxonomic backbone for terrestrial isopods, make distribution data available for macroecological studies, and collect trait data to understand species responses to environmental changes and effects on soils. Using these data leads to a deeper understanding of the importance of terrestrial isopods as components of terrestrial ecosystems and, at the same time, highlights future research directions.
AB - Terrestrial isopods (Isopoda: Oniscidea), commonly known as woodlice, are among the most recognisable soil-dwelling invertebrates and are crucial for soil functioning. They are widely distributed from temperate to equatorial ecosystems, and their distribution is strongly influenced by environmental factors, such as soil type, temperature and humidity. Terrestrial isopods have fascinated taxonomists for centuries, with over 4,100 described species across 568 genera and 38 or 39 families. These animals contribute significantly to key ecosystem processes, such as litter decomposition, nutrient cycling, and carbon sequestration. However, data on patterns of their diversity, abundance, or biomass, which are crucial for assessing their importance in ecosystem functioning worldwide, are lacking. This is partly due to the incomplete taxonomy in regions such as the tropics and the scattered nature of local georeferenced datasets. To better understand the global taxonomic patterns, species distributions, and functional roles of terrestrial isopods, we call for the compilation of a comprehensive global database that integrates taxonomy, georeferenced species records, and trait data. This database would help answer fundamental questions about the response of terrestrial isopods to environmental changes and their role in ecosystem functioning and soil health. OniscidBase, a recently launched initiative, aims to consolidate such data, facilitating the analysis of taxonomic gaps and assessing the distribution and functional importance of terrestrial isopods. The database aims to include georeferenced data on the distribution, abundance and biomass of terrestrial isopod species, and metadata on environmental parameters. Our main goals are to strengthen the taxonomic backbone for terrestrial isopods, make distribution data available for macroecological studies, and collect trait data to understand species responses to environmental changes and effects on soils. Using these data leads to a deeper understanding of the importance of terrestrial isopods as components of terrestrial ecosystems and, at the same time, highlights future research directions.
UR - https://soil-organisms.org/index.php/SO/article/view/466
U2 - 10.25674/466
DO - 10.25674/466
M3 - Article
SN - 1864-6417
VL - 97
JO - Soil Organisms
JF - Soil Organisms
IS - 3
ER -