Abstract
Lichen translocation techniques that may be of value in the salvage of endangered lichen species, or in the latter stages of habitat restoration, are reviewed. Successful translocation is defined here as the transfer of a target organism from a donor site to a receptor site to establish a new self maintaining
colony; for lichens, this may or may not include co-transfer of the thallus-supporting substrate. In a time of global environmental change many species are under threat and the need for effective translocation methods is clear. Indeed, some lichens are already amenable to translocation from one substrate to another. Global conservation requires the restoration of degraded ecosystems and translocation technology offers a tool for habitat replenishment. The reintroduction of lichenised fungi into sites from which they have been lost is an integral part of the restoration of complex habitats. Successful translocation creates in turn niches for other organisms which inhabit, or feed upon, them
colony; for lichens, this may or may not include co-transfer of the thallus-supporting substrate. In a time of global environmental change many species are under threat and the need for effective translocation methods is clear. Indeed, some lichens are already amenable to translocation from one substrate to another. Global conservation requires the restoration of degraded ecosystems and translocation technology offers a tool for habitat replenishment. The reintroduction of lichenised fungi into sites from which they have been lost is an integral part of the restoration of complex habitats. Successful translocation creates in turn niches for other organisms which inhabit, or feed upon, them
Original language | English |
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Pages (from-to) | 17-28 |
Number of pages | 12 |
Journal | Symbiosis |
Volume | 62 |
Issue number | 1 |
Publication status | Published - 22 Jan 2014 |
Keywords
- lichen translocation