
Document généré le 17/09/2025 depuis l'adresse: https://www.documentation.eauetbiodiversite.fr/fr/notice/non-indigenous-macroinvertebrate-species-in-lithuanian-fresh-waters-part-1-distributions-dispersal-and-future
Non-indigenous macroinvertebrate species in Lithuanian fresh waters, Part 1: Distributions, dispersal and future
Titre alternatif
Producteur
Contributeur(s)
EDP Sciences
Identifiant documentaire
11-dkey/10.1051/kmae/2011075
Identifiant OAI
oai:edpsciences.org:dkey/10.1051/kmae/2011075
Auteur(s):
K Arbačiauskas,G. Višinskienė,S. Smilgevičienė,V. Rakauskas
Mots clés
non-indigenous
benthos
invasion
inland waters
feeding habit
non-autochtones
benthos
invasion
eaux intérieures
habitudes alimentaires
Date de publication
03/01/2012
Date de création
Date de modification
Date d'acceptation du document
Date de dépôt légal
Langue
en
Thème
Type de ressource
Source
https://doi.org/10.1051/kmae/2011075
Droits de réutilisation
Région
Département
Commune
Description
Biological invasions are of increasing global concern. They impact on biodiversity and
may result in high economic loss. This demands improvement in knowledge of the dynamics of
species dispersal with the goal of preventing future invasions, and predicting and
reducing undesirable impacts. This study reports on non-indigenous macroinvertebrate
species (NIMS) which have invaded Lithuanian fresh waters. Fifteen NIMS have been recorded
during a 12-year study. They include one cnidarian, two molluscan and twelve crustacean
species. The deliberate introduction of peracaridans and crayfish for fishery and
aquaculture enhancement has substantially contributed to the current NIMS composition.
Invaders of Ponto-Caspian origin are dominant, and the collector-gatherers are the largest
group with respect to feeding mode. Current NIMS distributions, the history of their
primary invasion and patterns of local dispersal are analysed. The main invasion vectors
have been inland shipping and deliberate introductions, while secondary spread proceeded
both naturally and by various human mediated vectors. The current distribution of most
NIMS may remain constant in the future, whilst further expansion of a few NIMS, which
possess good dispersal abilities and are well-adapted to freshwater environments, seems
very probable. Using multivariate analysis of data from water bodies with established
peracaridan invaders, allowed predictions on which unsurveyed water bodies could contain
such invaders. Invasions of new NIMS and diversification of donor areas, pathways and
vectors are considered.
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