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Overview of plant species translocations in Luxembourg
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In Luxembourg, 34 % of native plants and archaeophytes are considered threatened or regionally extinct. Species translocations have been implemented in Luxembourg for more than 25 years as a conservation strategy to counteract biodiversity loss. In this overview, we have compiled data on conservation actions implemented between 1997 and 2023. The information collected includes the translocation locations, the plant taxa targeted, the methods used, and the monitoring conducted. For a subset of translocations, we have also included data on the survival of planted juveniles. Examples of translocations from various habitat types were also presented to illustrate different approaches. We found that 585 translocations involving 99 taxa from 26 families were initiated by four main institutions in Luxembourg. The conservation actions mainly targeted Endangered and Critically Endangered, but also Least Concern species. Translocations mainly took place in open land habitats, particularly in grasslands and arable land, with a higher density in the southwestern part of the country. 39 % of the translocations took place in national nature reserves whereas 21 % were in areas without any legal protection status. Planting young plants was the preferred method rather than sowing seeds. In 89 % of the translocations, monitoring was conducted by recording survival of the plants, while natural recruitment of new individuals was rarely recorded. 68 % of the translocations were judged successful by the practitioners, mostly based on transplant survival. Detailed data for the subset of 31 grassland species showed that the survival rate of about half of the species considered successful varied between 25 and 71 %. Translocations are essential for the long-term conservation of plant species, but protection and adaptive management of translocation sites are also essential. Translocations conform to national and European priorities for increasing habitat restorations to counteract species decline. To improve conservation outcomes, actions such as translocations need to be consistently documented, monitoring standardized, and experience needs to be shared among stakeholders.
Société des naturalistes luxembourgeois
Title: Overview of plant species translocations in Luxembourg
Description:
In Luxembourg, 34 % of native plants and archaeophytes are considered threatened or regionally extinct.
Species translocations have been implemented in Luxembourg for more than 25 years as a conservation strategy to counteract biodiversity loss.
In this overview, we have compiled data on conservation actions implemented between 1997 and 2023.
The information collected includes the translocation locations, the plant taxa targeted, the methods used, and the monitoring conducted.
For a subset of translocations, we have also included data on the survival of planted juveniles.
Examples of translocations from various habitat types were also presented to illustrate different approaches.
We found that 585 translocations involving 99 taxa from 26 families were initiated by four main institutions in Luxembourg.
The conservation actions mainly targeted Endangered and Critically Endangered, but also Least Concern species.
Translocations mainly took place in open land habitats, particularly in grasslands and arable land, with a higher density in the southwestern part of the country.
39 % of the translocations took place in national nature reserves whereas 21 % were in areas without any legal protection status.
Planting young plants was the preferred method rather than sowing seeds.
In 89 % of the translocations, monitoring was conducted by recording survival of the plants, while natural recruitment of new individuals was rarely recorded.
68 % of the translocations were judged successful by the practitioners, mostly based on transplant survival.
Detailed data for the subset of 31 grassland species showed that the survival rate of about half of the species considered successful varied between 25 and 71 %.
Translocations are essential for the long-term conservation of plant species, but protection and adaptive management of translocation sites are also essential.
Translocations conform to national and European priorities for increasing habitat restorations to counteract species decline.
To improve conservation outcomes, actions such as translocations need to be consistently documented, monitoring standardized, and experience needs to be shared among stakeholders.
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