Diego García Díaz
GIS & Remote Sensing. Python & Statistics. Surf & MTB :)
A quick search for phenology shows this only one result:
Phenology
Sites with phenocams |
Asa Field-research Infrastructure (LTER) - Sweden |
DoÃḟana Long-Term Socio-ecological Research Platform - Spain |
IT25 - Val Mazia/Matschertal - Italy |
LTSER Northern Negev - Israel |
LTSER Platform Tyrolean Alps (TA) - Austria |
LTSER Zone Atelier Bassin du RhÃṀne - France |
LTSER Zone Atelier du Bassin de la Moselle - France |
LTSER Zone Atelier Pyrénées-Garonne - France |
LTsER-Montado - Portugal |
OZCAR-RI Regional Spatial Observatory in the South West France - France |
Podgorski Kras - Slovenia |
Rosalia Lehrforst - Austria |
Saldur River Catchment - Italy |
Siljansfors Experimental Forest - Sweden |
Stubai (combination of Neustift meadows and Kaserstattalm) - Austria |
Svartberget Field-research Infrastructure (LTER) - Sweden |
TERENO Eifel Lower Rhine Valley - Germany |
TERENO Harz/Central German Lowland LTER - Germany |
Torgnon Larch forest Tronchaney (IT19 Aosta Valley) - Italy |
Wytham - United Kingdom |
rdiaz@ebd.csic.es
diegogarcia@ebd.csic.es
The Form accepts data through file upload (according to a provided template) or single year data values for SOS, MOS, EOS.
Phenology is the study of periodic events in biological life cycles and how these are influenced by seasonal and interannual variations in climate, as well as habitat factors (Merriam-Webster. 2020.).
SOS
MOS
EOS
Tiempo
PhenoPy
PhenoPy is a python library developed by Javier Lopatin to generate phenometrics from a vegetation index time series of satelllite data.
It Generates svereal bands with the DOY and the vegetation index values of the record.
Start Date | 2017 |
Spatial Resolution | 10 m |
Vegetation Index | NDVI (*EVI2) |
Growth cycles | 1 |
Source | PhenoPy |
High Resolution Vegetation Phenology and Productivity Parameters. Copernicus Land Monitoring Service (CLMS)
The Vegetation Phenology and Productivity Parameters (VPPs) are yearly metrics that are derived from the Seasonal Trajectories. The VPPs are produced up to 2 seasons.
Start Date | 2017 |
Spatial Resolution | 10 m |
Vegetation Index | PPI |
Growth cycles | 2 |
Source | Copernicus/Wekeo |
https://www.wekeo.eu/wekeo.eu
MODIS MCD12Q2.006. Land Cover Dynamics Yearly Global 500m
The MCD12Q2 V6 Land Cover Dynamics product (informally called the MODIS Global Vegetation Phenology product) provides estimates of the timing of vegetation phenology at global scales. Additionally, it provides information related to the range and summation of the enhanced vegetation index (EVI) computed from MODIS surface reflectance data at each pixel.
Start Date | 2001 |
Spatial Resolution | 500 m |
Vegetation Index | EVI |
Growth cycles | 2 |
Source | USGS/GEE |
Python package based in Google Earth Engine python API and Map application Leaflet
https://www.youtube.com/c/Qiushengwu
Python packaged built upon Geemap to work with seasonal vegetation indexes by getting pixel statistics for periods of time
I hope to meet you all soon in Mallorca...
...but you never know
By Diego García Díaz
PhenoApp presentation to eLTER WP4
GIS & Remote Sensing. Python & Statistics. Surf & MTB :)