Identifying typical and early warning species by the combination of functional-based diagnostic species and dark diversity

HIGHLIGHTS

• who: Michele Dalle Fratte from the Gpurpurea is also the one with highest values of PC2-size and its absence would thus change the physiognomy of the habitat subtype. Other reasons, not strictly related to any pressure, can be responsible for the absence of early warning species, but they are still essential for the long-term maintenance of habitat types. For example, species identified in unstable screes (8110-A1) are highly related to the debris movement (e_g Geum reptans, Oxyria digyna) and their absence would indicate the evolution towards more stable plant communities. Typical species can show . . .
  

   

  

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