Algae report number 7, 2021

ReportsOceanography
genus Tripos. This genus was especially common in the fluorescense peaks found at several stations along the Å-transect and at Å17 Tripos macroceros dominated. Baltic Sea Small sporadic aggregations were already seen in the Sound. In the southwestern parts of the Baltic proper grains were noted in the Last updated:

Algae report number 10, 2021

ReportsOceanography
present. The integrated chlorophyll concentrations, 0-10 and 10-20 m, were within normal for this month. Phytoplankton analysis and text Ann-Turi Skjevik and Maria Karlberg Figure 2. The large diatoms Coscinodiscus centralis (left) and Chaetoceros castracanei (right) were quite numerous in the Baltic Sea Last updated:

Algae report number 1, 2013

ReportsOceanography
The cell concentrations were low in all sampling stations at the Swedish West coast and in the Baltic Sea. The species diversity was higher in the Kattegat and Skagerrak areas than in the Baltic Sea. The species diversity was highest among the dinoflagellates although it seems like the diatom Last updated:

Model calculations of dispersion of lindane over Europe. Pilot study with comparisons to easurements around the Baltic Sea and the Kattegat.

ReportsMeteorologyClimate
SMHI RMK No.68, February 1996 Model calculations of dispersion of lindane over Europe Pilot study with comparisons to measurements around the Baltic Sea and the Kattegat Christer Persson and Anders Ullerstig SMHI REPORTS METEOROLOGY and CLIMATOLOGY No.68, February 1996 Model calculations of Last updated:

Algae report number 6, 2012

ReportsOceanography
Despite the great secchi depth, quite high phytoplankton cell numbers and many species were found at the Skagerrak coast. In the open sea area, phytoplankton were more scarce. In the Kattegat the diatom Dactyliosolen fragilissimus and the cyanobacterium Anabaena sp. were abundant. In the Baltic Sea Last updated:

Algae report number 8, 2021

ReportsOceanography
cells from various phytoplankton groups were abundant in the Baltic Sea samples; Arrow Monoraphidium sp., arrowhead Pyramimonas sp. and star Pseudanabaena sp. Photo Ann-Turi Skjevik. Phytoplankton analysis and text Ann-Turi Skjevik and Marie Johansen 4Selection of observed species Anholt E Anholt E N14 Last updated:

Algae report number 1, 2012

ReportsOceanography
the Baltic Sea, besides this there was nothing to report. The integrated (0-20 m) chlorophyll a concentrations were low, but within normal for this month in all sampling areas. This report is a shortened version because of lack of events in the phytoplankton world. Last updated:

Algae report number 10, 2020

ReportsOceanography
found in the North Sea were found. The integrated (0-20 m) chlorophyll concentrations were above normal at N14 Falkenberg and at both stations in the Skagerrak for this month. The integrated (0-10 m) chlorophyll concentrations that coincide with the depth of the hose samples were above what is normal at Last updated:

Algae report number 7, 2020

ReportsOceanography
Tripos. This genus was especially common in the fluorescens peaks found at about 20m at a couple of stat-ions. Baltic Sea No large surface accumulations were noted in the south of the Baltic. The wind and waves kept the filaments disper-sed in the watercolumn. The small grains of aggregations that were Last updated:

Algae report number 6, 2020

ReportsOceanography
Both the species diversity and total cell numbers were higher at Släggö (coastal station) than at Å17 (outer sea) at the time of sampling. Diatoms dominated at both stations and predominantly Guinardia flaccida was found. This species also dominated in the fluorescence peaks that were sampled. The Last updated: