Environmental DNA (eDNA) surveys promise to be a sensitive and powerful tool for the
detection of trematodes. This can contribute to the limited studies on trematode ecology …

The world's parasitic and mutualistic biodiversity is undergoing major upheavals related to
modifications in host community structures, changes in interactions between species, and …

Background Digenean trematodes are parasitic platyhelminths that use several hosts in their
life cycles and are thereby embedded in various ecosystems affected by local environmental …

Approaches based on organismal DNA found in the environment (eDNA) have become
increasingly utilized for ecological studies and biodiversity inventories as an alternative to …

To identify trematode diversity and life-cycles in the sub-Arctic Lake Takvatn, Norway, we
characterised 120 trematode isolates from mollusc first intermediate hosts, metacercariae …

Trematodes are significant pathogens of high medical, veterinary, and environmental
importance. They are hard to isolate from their intermediate hosts, and their early life stages …

Environmental DNA (eDNA) surveying has potential to become a powerful tool for
sustainable parasite control. As trematode parasites require an intermediate snail host that …

The environmental route of transmission of many parasitic protozoa and their potential for
producing large numbers of transmissive stages constitute persistent threats to public and …

To date, morphological analysis has been the cornerstone to trematode systematics.
However, since the late-1980s we have seen an increased integration of genetic data to …

Trematodes are snail-borne parasites of major zoonotic importance that infect millions of
people and animals worldwide and frequently hybridize with closely related species …