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Main Authors: Dauner, Ana Lúcia Lindroth, Kankainen, Max Oliver Aleksi, Väkevä, Sakari, Asmala, Eero, Järvinen, Marko, Koho, Karoliina, Jilbert, Tom
Format: Dataset Open Access
Language:en
Published: PANGAEA 2025
Subjects:
BC; BL23_1_A; BL23_1_D; BL23_1_F; BL23_13_A; BL23_13_E; BL23_13_F; BL23_14_A; BL23_14_E; BL23_14_F; BL23_15_A; BL23_15_E; BL23_15_F; BL23_2_A; BL23_2_D; BL23_2_F; BL23_3_A; BL23_3_D; BL23_3_F; BL23_7_A; BL23_7_D; BL23_7_F; BL23_8_A; BL23_8_D; BL23_8_F; BL23_9_A; BL23_9_E; BL23_9_F; BL23_Kallavesi; BL23_Oulujärvi; BL23_Vesijärvi; Box corer; Calculated; carbon stocks; Event label; exposure; Fetch length, mean; Finland; Kallavesi; Lake, water depth; lake Kallavesi; lake Oulujärvi; lake sediments; lake Vesijärvi; LATITUDE; LONGITUDE; macrophytes; Oulujärvi; PC; Piston corer; Sampling on land; Sediment cores; Site; Site A - Zone landside; Site A - Zone transitional; Site A - Zone waterside; Site B - Zone landside; Site B - Zone transitional; Site B - Zone waterside; Site C - Zone landside; Site C - Zone transitional; Site C - Zone waterside; Site D - Zone landside; Site D - Zone transitional; Site D - Zone waterside; Site E - Zone landside; Site E - Zone transitional; Site E - Zone waterside; Site F - Zone landside; Site F - Zone transitional; Site F - Zone waterside; Site G - Zone landside; Site G - Zone transitional; Site G - Zone waterside; Site H - Zone landside; Site H - Zone transitional; Site H - Zone waterside; Site I - Zone landside; Site I - Zone transitional; Site I - Zone waterside; Slope; Soil organic carbon, stock; Stem density; Vesijärvi
Online Access:https://doi.org/10.1594/PANGAEA.986727
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Table of Contents:
  • This data set consists of environmental and geochemical information obtained from samples of 27 sediment cores collected from the vegetated shoreline of three lakes in Finland (Kallavesi, Vesijärvi and Oulujärvi). The sampling campaign occurred in August 2023. For each sediment core, we calculated the sedimentary organic carbon stock (kg/m2). We also measured environmental parameters (water depth, slope, vegetation density and fetch length) that could drive the accumulation of organic carbon in the sediments.

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