NDVI time series in 2018 World Cup stadiums

The figure below shows the evolution of the Normalized Difference Vegetation Index (NDVI) in the pitches of all the 2018 World Cup stadiums.

NDVI in the piches of the 2018 FIFA World Cup stadiums. Data from Copernicus Sentinel-2.
NDVI in the 2018 FIFA World Cup stadiums

I retrieved these data from Sentinel-2 observations using the new time series plotter in the EO Browser. I just drew a polygon in each of the 12 stadiums to get the average NDVI values on every available cloud-free date.

Sentinel-2 NDVI on June 27 in Kaliningrad Stadium (Arena Baltika)

 

Arena Baltika
Time series of the NDVI in Arena Baltika from Sentinel-2 observations in the EO Browser

Because the NDVI is a proxy of the vegetation health (here the grass on the pitch), these charts allow us to identify which stadiums were built for the 2018 World Cup (Volgograd Arena, Cosmos Arena). On the other hand, the Fisht stadium in Sotchi looks well maintained since 2016. It « served as the venue for the opening and closing ceremonies of the 2014 Winter Olympics (…) was originally built as an enclosed facility; it was re-opened in 2016 » (wikipedia). Also it should be noted that the Krestovsky Stadium in Saint Petersburg is a retractable roof stadium. « As of May 2017, the stadium was 518% late and 548% over budget (…) At a cost of $1.1 billion at current exchange rates, it is considered one of the most expensive stadiums ever built. » (wikipedia).

Hopefully the grass will remain green in the next months, unlike some stadiums in Brazil after the Olympics.  In the meantime, as you can see by yourself, the grass is blue in the Kazan Arena!

Color composite of the Kazan Arena on June 27, three days before the first encounters of the Round of 16 (France vs. Argentina)

Plus d'actualités

Dates de fauche en France

En 2024, des collègues du Cesbio ont publié un article* sur la cartographie de la date de fauche en France en 2022 à partir des données satellitaires Sentinel-2.   Leur magnifique figure 10 a attiré mon attention. La version à haute résolution fournie avec l’article (2861 × 2911 pixels) correspond à une image dont les pixels font […]

Évolution du jour de déneigement dans les Alpes françaises et les Pyrénées

Les socio-écosystèmes des Alpes et des Pyrénées dépendent étroitement des fluctuations annuelles du manteau neigeux. En particulier, le moment de l’année où la neige disparait détermine le début de la saison de croissance de la végétation de montagne et donc la période des estives. Le changement climatique est en train de bouleverser ce rythme saisonnier. […]

BIOMASS, the third launched satellite mission designed at CESBIO !

After SMOS in 2009, and VENµS in 2017, the CESBIO laboratory is very proud to see its third proposed mission, Biomass, reach orbit. As always, it has been a long journey from the idea, at the beginning of the century, to the selection in 2013 as the seventh Earth Explorer Mission by ESA, to the […]

Rechercher