QUAGLIA, ELENA
QUAGLIA, ELENA
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Alpine tundra species phenology is mostly driven by climate-related variables rather than by photoperiod
2020-01-01 Quaglia E.; Ravetto Enri S.; Perotti E.; Probo M.; Lombardi G.; Lonati M.
PHENOLOGY AND INTERDIPENDENT SOIL-PLANT DYNAMICS IN TWO DIFFERENT HIGH-ELEVATION ALPINE BIOMES
2021-05-23
Soil properties and plant phenology in snowbed communities (NW-Italian Alps)
2021-01-01 Emanuele Pintaldi, Elena Quaglia, Marco Pittarello, Michele Eugenio D'Amico, Nicola Colombo, Michele Lonati, Michele Freppaz
Successional Herbaceous Species Affect Soil Processes in a High-Elevation Alpine Proglacial Chronosequence
2021-01-01 Mainetti Andrea; Michele D'Amico; Massimiliano Probo; Elena Quaglia; Simone Ravetto Enri; Luisella Celi; Michele Lonati
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| Alpine tundra species phenology is mostly driven by climate-related variables rather than by photoperiod | 2020 | Quaglia E.; Ravetto Enri S.; Perotti E.; Probo M.; Lombardi G.; Lonati M. | |
| PHENOLOGY AND INTERDIPENDENT SOIL-PLANT DYNAMICS IN TWO DIFFERENT HIGH-ELEVATION ALPINE BIOMES | 2021 | - | |
| Soil properties and plant phenology in snowbed communities (NW-Italian Alps) | 2021 | Emanuele Pintaldi, Elena Quaglia, Marco Pittarello, Michele Eugenio D'Amico, Nicola Colombo, Michele Lonati, Michele Freppaz | |
| Successional Herbaceous Species Affect Soil Processes in a High-Elevation Alpine Proglacial Chronosequence | 2021 | Mainetti Andrea; Michele D'Amico; Massimiliano Probo; Elena Quaglia; Simone Ravetto Enri; Luisella Celi; Michele Lonati |