The first sampling campaign of WP2 (Biodiversity), aiming to collect stream macroinvertebrate communities and environmental DNA samples, was completed in all the nine case study sites in February and March 2021. Sampling teams sometimes had to cope with harsh weather, snow, ice, and rain, but fortunately, sunny moments were not rare as well. The sampling teams also started to measure stream morphology and hydrological parameters for WP1.
The following videos show the French WP2 team in action:
WP2 samplings on the Albarine River, France. Photos: N. Lopez Rojo, T. Datry
WP2 sampling the Genal River in Spain. Photos: N. Bonada
Fieldwork in Finland can be challenging so close to winter, but SYKE WP2 team handled it. Photos: A. Vilmi
Fieldwork of the UP WP2 team in Hungary. The EU Habitat Directive species, Cordulegaster heros, made appearance several times. Photos: B. Pernecker
The CELAC partners have conducted the fieldworks as well. Here you can see team Ecuador (USFQ) in action. Photos: https://twitter.com/InstitutoBiosf1
Even the Chinese partner, NIGLAS, has conducted samplings. Photos: Q. Zhang
Work Package 3
In addition, WP3 teams started measuring ecological functions and GHG fluxes, sampled coarse and fine particulate organic material (CPOM, FPOM), and deployed leaf litter bags in order to measure decomposition rates. In the meantime the second WP2 campaign has also started in some case study sites in March and April.
On this video, you can witness the French WP3 team at work:
WP3 team of UB working in the spectacular landscape of the Genal basin, Spain. Photos: https://twitter.com/FEHMlab
WP3 works with some (many) special equipment to sample ecological functions and GHG fluxes. Photos: R. del Campo, R. Sarremejane
The preparation, sorting, and genus level identification of macroinvertebrate samples has begun after the first WP2 sampling campaign. The DRYvER partner UP has collected the first set of samples from Czechia and Croatia as well.
The WP2 team of UP will process all macroinvertebrate samples (up to 700 samples) from Europe. It is a time consuming and repetitive, but also an essential work for the DRYvER. Photos: A. Móra
This project has received funding from European Union's Horizon 2020 research and innovation programme under grant agreement No 869226