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Models to predict the start of the airborne pollen season
Consolata Siniscalco
, Rosanna Caramiello
, Mirco Migliavacca
, Lorenzo Busetto
, Luca Mercalli
, Roberto Colombo
,
Andrew D. Richardson
Research output
:
Contribution to journal
›
Article
›
peer-review
19
Scopus citations
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Keyphrases
Spring Flowers
100%
Start of Season
100%
Pollen Season
100%
Airborne Pollen
100%
Photoperiod
66%
Spring Warming
66%
Chilling
66%
Pollen Season Start
66%
Early Spring
33%
Environmental Factors
33%
Climate Change
33%
Plant Species
33%
Two-species
33%
Best Model
33%
Artemisia Annua
33%
Acer Negundo
33%
Herbaceous Species
33%
Further Analysis
33%
Variance Explained
33%
Castanea Sativa
33%
Interannual Variability
33%
Ambrosia
33%
Alnus Viridis
33%
Platanus Occidentalis
33%
Northern Italy
33%
Phenological Model
33%
Flowering Phenology
33%
Artemisia Vulgaris
33%
Turin
33%
Alnus Glutinosa
33%
Flowering Tree
33%
Temperature Sum
33%
Juglans Nigra
33%
Ambrosia Artemisiifolia
33%
Carpinus Betulus
33%
Agricultural and Biological Sciences
Anthesis
100%
Spring
71%
Photoperiod
28%
Climate Change
14%
Environmental Factor
14%
Phenology
14%
Acer Negundo
14%
Artemisia
14%
Ragweed
14%
Alnus viridis
14%
Platanus occidentalis
14%
Artemisia vulgaris
14%
Juglans nigra
14%
Alnus glutinosa
14%
Ambrosia Artemisiifolia
14%
Carpinus betulus
14%
Castanea Sativa
14%