Phenology and yield
Pollen monitoring helps compare seasons, study alternate bearing and relate flowering to yield beyond a single plot.
Other uses
Other uses. Δείτε τεκμηριωμένες προγνώσεις μοντέλων και εξερευνήστε αεροβιολογία, ημερολόγια, δίκτυα και έργα, διακρίνοντας πρόγνωση και παρατήρηση.
AGRONOMY · FEATURED USE
Pollen can also help anticipate the harvest
In wind-pollinated crops such as olive, airborne pollen summarises flowering intensity across large areas. Combined with phenology, weather and historical production, it helps build early harvest estimates for better-informed planning.
REAL-WORLD CASE · OLIVEPredicción OlivarDiscover PheMPOlive and its early, sustainable harvest forecasting platform ↗FROM AIR TO DECISION
What aerobiology brings to farm management
- 01Measure flowering at landscape scale
The pollen signal integrates flowering across many plots and complements field phenology visits.
- 02Detect weather effects
Temperature, rain, humidity and extreme events shape flowering, dispersal and fruit set.
- 03Anticipate production scenarios
Models combine the aerobiological signal with crop series to update estimates before harvest.
- 04Plan resources and logistics
An early forecast can support staffing, mill capacity, storage and marketing decisions.
Spores and early warning
Aeromycology tracks plant-pathogenic fungal spores. Combined with weather and field surveillance, it can support warnings and better-targeted treatments.
Biodiversity and climate change
Long time series reveal shifts in seasonality, species expansion, land use and vegetation responses to climate.