The overall objective of this Horizon Europe funded project is to integrate and enhance existing observation efforts –including in-situ, satellite, modelling and citizen science – to better study the...

Lake sediments provide natural sinks in which organic carbon can accumulate on timescales of thousands of years. This way a part of the carbon is permanently removed from active recycling, and lake s...

Figure 1. The DIWA co-operation, societal and economic impact (left) with the HYDRO-RI Platform infra with autonomous and remotely controlled survey and measuring platforms for studying hydrologi...

Senior research scientist PhD (limnology) Contact information Email: firstname.lastname@syke.fi Tel: +358295 251 009 Finnish Environment Institute (Syke) Marine and ......

EU’s directives, such as the Water Framework Directive (WFD) set requirements for the participating countries to monitor coastal and lakes areas with high frequency and coverage. The overarching obje...

Senior research scientist  Contact information  Email: firstname.lastname@syke.fi  Tel. +358 29 525 2268  Finnish Environment Institute (Syke)  Qua......

Senior researcher PhD Contact information Email: kimmo.t.tolonen@syke.fi Tel: +358 295 251 037 Finnish Environment Institute (Syke) Nature solutions Freshwater......

More information  Project info In Finnish: Sisävesien monimuotoisuuden mallinnus ja lajikadon arviointi biologisten seuranta-aineistojen avulla (VESIBIO) Jukka Aroviita , ...

Traditional analyzes of monitoring data using a light microscope require long experience and good species identification skills. It can be difficult or even impossible to identify species with...

The cyanobacterial situation in the past summer has varied according to changing weather conditions. Cyanobacterial levels in sea areas and lakes peaked during the hottest periods of the summer in mid......

The number of cyanobacterial observations has remained stable throughout Finland. As a result of warm weather, lakes are slightly warmer than average, which helps maintain the growth of cyanobacteria.......

The cyanobacterial situation has deteriorated from previous weeks due to warm weather. Cyanobacterial blooms have now been observed more than average in inland waters, even though lake surface tempera......

The cyanobacterial situation in lakes has deteriorated in some places since last week, although the national situation in lakes remains calm. In sea areas, the number of surface blooms has decreased, ......

The cyanobacterial situation has improved slightly since last week. The number of cyanobacterial observations in lakes has diminished as a result of the windy and rainy weather, and the poor cyanobact......

There are now cyanobacterial occurrences in all sea areas. Abundant cyanobacteria have been observed especially in the coastal areas of the Archipelago Sea and the Gulf of Finland. The situation in la......

There has been a sharp increase in cyanobacterial observations both on the coast and in the open sea. Observations have increased in both the Gulf of Finland and the Gulf of Bothnia. The cyanobacteria......

The number of cyanobacterial observations in lakes has remained stable or even diminished as a result of the cooler weather, and the situation in inland waters is now slightly better than on average. ......

As a result of the hot weather, water bodies have become warmer, which has led to an increase in cyanobacterial observations in sea areas. Cyanobacterial observations have become more common, especial......

The number of cyanobacterial observations in inland waters has increased slightly since last week. In sea areas, the cool water is keeping the amount of blue green algae relatively low for the time be......

Some cyanobacterial observations have been made in Finnish inland waters and sea areas, but the situation is typically calm for the early summer. At sea, cyanobacteria have been observed in sub-surfac......