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Particle size distribution during one tidal cycle at station W08 (2019-32)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W08 (2019-25)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W08 (2019-22)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W08 (2019-20)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W08 (2019-14)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W08 (2019-03)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W08 (2019-01)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W05 (2019-32)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W05 (2019-29)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W05 (2019-25)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W05 (2019-22)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W05 (2019-14)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W05 (2019-11)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W05 (2019-03)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station W05 (2019-01)
This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the... -
Particle size distribution during one tidal cycle at station MOW1 (2019-01)
Depth: near bed sample=1, surface sample=0.This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due... -
Suspension particle size and water quality data from Laihianjoki and Sulvanjo...
Water samples were collected from the Laihianjoki and Sulvanjoki rivers in April 2021, using a bucket and transferred to 30 L acid-washed containers. The sampling was conducted... -
Summary of air hydrate properties of the EDML ice core
In the deeper part of polar ice sheets, air hydrates are the primary air inclusions. They trap most of the ancient air molecules used for paleoclimatic reconstructions in their... -
Chlorophyll a and turbidity measurements at lander_2 in a coastal peatland at...
Rewetting peatlands is an important measure to reduce greenhouse gas (GHG) emissions. However, after rewetting, the areas are highly heterogeneous in terms of GHG exchange,... -
Chlorophyll a and turbidity measurements at lander_1 in a coastal peatland at...
Rewetting peatlands is an important measure to reduce greenhouse gas (GHG) emissions. However, after rewetting, the areas are highly heterogeneous in terms of GHG exchange,...
