Dual-tracer data from the Bedford Basin/Halifax Harbour OAE field trials, August - October 2023
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| Formato: | Dataset Open Access |
| Lenguaje: | en |
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PANGAEA
2024
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| _version_ | 1867171043819388928 |
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| author | Atamanchuk, Dariia Burt, William J Fennel, Katja |
| author_facet | Atamanchuk, Dariia Burt, William J Fennel, Katja |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | Discrete water sample data of carbonate system parameters (pHt, Total Alkalinity, Dissolved Inorganic Carbon), salinity, temperature, depth, and Rhodamine WT fluorescence were collected during the Ocean Alkalinity Enhancement field trials in Bedford Basin/Halifax Harbour for the period of August to October 2023. The samples were collected in the vicinity of Nova Scotia Power's Tufts Cove Generating Station outfall, which was used by Planetary Technologies to deliver alkalinity (magnesium hydroxide, Mg(OH)2) into the harbour, at a depth of approximately 1-2 m. The field trials involved the release of 14.4 kg of Rhodamine WT on August 10 from 14:00 to 3:45 UTC, 10.8 kg of Rhodamine WT and 2270 kg of alkapHix material on September 12 from 13:39 to 19:10 UTC, and 10.8 kg of Rhodamine WT and 2400 kg of brucite on October 3 from 12:30 to 18:30 UTC. All sampling was conducted onboard the Eastcom dive boat using a Niskin bottle lowered into the water from the side of the vessel. The Mg(OH)2 content of the alkapHix is 96-99% and the Mg(OH)2 content of the brucite is 79%. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_969383 |
| institution | PANGAEA |
| language | en |
| publishDate | 2024 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Dual-tracer data from the Bedford Basin/Halifax Harbour OAE field trials, August - October 2023 Atamanchuk, Dariia Burt, William J Fennel, Katja Aligning ocean alkalinity for sustainable, safe and verifiable long-term CO2 removal; Alkalinity, total; Alkalinity, total, standard deviation; Bedford Basin; Bedford Basin, Nova Scotia, Canada; Bottle, Niskin; Calculated; Carbon, inorganic, dissolved; DATE/TIME; Date/Time local; DEPTH, water; Eastcom; Eastcom1; Eastcom1_BBS-077; Eastcom1_BBS-077_surface; Eastcom1_BBS-078; Eastcom1_BBS-078_surface; Eastcom1_BBS-079; Eastcom1_BBS-079_surface; Eastcom1_BBS-080; Eastcom1_BBS-080_surface; Eastcom1_BBS-081; Eastcom1_BBS-081_surface; Eastcom1_BBS-082; Eastcom1_BBS-082_surface; Eastcom1_BBS-083; Eastcom1_BBS-083_surface; Eastcom1_BBS-084; Eastcom1_BBS-084_deep; Eastcom1_BBS-085; Eastcom1_BBS-085_surface; Eastcom1_BBS-086; Eastcom1_BBS-086_deep; Eastcom1_BBS-087; Eastcom1_BBS-087_surface; Eastcom1_BBS-088; Eastcom1_BBS-088_deep; Eastcom1_BBS-089; Eastcom1_BBS-089_surface; Eastcom1_BBS-090; Eastcom1_BBS-090_deep; Eastcom1_BBS-091; Eastcom1_BBS-091_surface; Eastcom1_BBS-092; Eastcom1_BBS-092_deep; Eastcom1_BBS-093; Eastcom1_BBS-093_surface; Eastcom1_BBS-094; Eastcom1_BBS-094_deep; Eastcom1_BBS-095; Eastcom1_BBS-095_surface; Eastcom1_BBS-096; Eastcom1_BBS-096_deep; Eastcom1_BBS-097; Eastcom1_BBS-097_surface; Eastcom1_BBS-098; Eastcom1_BBS-098_deep; Eastcom1_BBS-099; Eastcom1_BBS-099_surface; Eastcom1_BBS-100; Eastcom1_BBS-100_deep; Eastcom1_BBS-101; Eastcom1_BBS-101_surface; Eastcom1_BBS-102; Eastcom1_BBS-102_deep; Eastcom1_BBS-103; Eastcom1_BBS-103_surface; Eastcom1_BBS-104; Eastcom1_BBS-104_deep; Eastcom1_BBS-105; Eastcom1_BBS-105_surface; Eastcom1_BBS-106; Eastcom1_BBS-106_deep; Eastcom1_BBS-107; Eastcom1_BBS-107_surface; Eastcom1_BBS-108; Eastcom1_BBS-108_deep; Eastcom1_Dye_Tracer; Eastcom2; Eastcom2_BBS-119; Eastcom2_BBS-119_surface; Eastcom2_BBS-120; Eastcom2_BBS-120_deep; Eastcom2_BBS-121; Eastcom2_BBS-121_surface; Eastcom2_BBS-122; Eastcom2_BBS-122_surface; Eastcom2_BBS-123; Eastcom2_BBS-123_deep; Eastcom2_BBS-124; Eastcom2_BBS-124_surface; Eastcom2_BBS-125; Eastcom2_BBS-125_deep; Eastcom2_BBS-126; Eastcom2_BBS-126_surface; Eastcom2_BBS-127; Eastcom2_BBS-127_deep; Eastcom2_BBS-128; Eastcom2_BBS-128_surface; Eastcom2_BBS-129; Eastcom2_BBS-129_surface; Eastcom2_BBS-130; Eastcom2_BBS-130_deep; Eastcom2_BBS-131; Eastcom2_BBS-131_surface; Eastcom2_BBS-132; Eastcom2_BBS-132_deep; Eastcom2_BBS-133; Eastcom2_BBS-133_surface; Eastcom2_BBS-134; Eastcom2_BBS-134_deep; Eastcom2_BBS-135; Eastcom2_BBS-135_surface; Eastcom2_BBS-136; Eastcom2_BBS-136_deep; Eastcom2_BBS-137; Eastcom2_BBS-137_surface; Eastcom2_BBS-138; Eastcom2_BBS-138_surface; Eastcom2_BBS-139; Eastcom2_BBS-139_deep; Eastcom2_BBS-140; Eastcom2_BBS-140_surface; Eastcom2_BBS-141; Eastcom2_BBS-141_deep; Eastcom2_BBS-142; Eastcom2_BBS-142_surface; Eastcom2_BBS-143; Eastcom2_BBS-143_deep; Eastcom2_BBS-144; Eastcom2_BBS-144_surface; Eastcom2_BBS-145; Eastcom2_BBS-145_deep; Eastcom2_BBS-146; Eastcom2_BBS-146_surface; Eastcom2_BBS-147; Eastcom2_BBS-147_deep; Eastcom2_BBS-148; Eastcom2_BBS-148_surface; Eastcom2_BBS-149; Eastcom2_BBS-149_deep; Eastcom2_BBS-150; Eastcom2_BBS-150_surface; Eastcom2_BBS-151; Eastcom2_BBS-151_surface; Eastcom2_BBS-152; Eastcom2_BBS-152_deep; Eastcom2_BBS-153; Eastcom2_BBS-153_surface; Eastcom2_BBS-154; Eastcom2_BBS-154_deep; Eastcom2_BBS-155; Eastcom2_BBS-155_surface; Eastcom2_BBS-156; Eastcom2_BBS-156_deep; Eastcom2_BBS-157; Eastcom2_BBS-157_surface; Eastcom2_BBS-158; Eastcom2_BBS-158_deep; Eastcom2_Dye_Tracer+AlkapHix; Eastcom3; Eastcom3_BBS-169; Eastcom3_BBS-169_surface; Eastcom3_BBS-170; Eastcom3_BBS-170_deep; Eastcom3_BBS-171; Eastcom3_BBS-171_surface; Eastcom3_BBS-172; Eastcom3_BBS-172_deep; Eastcom3_BBS-173; Eastcom3_BBS-173_surface; Eastcom3_BBS-174; Eastcom3_BBS-174_deep; Eastcom3_BBS-175; Eastcom3_BBS-175_surface; Eastcom3_BBS-176; Eastcom3_BBS-176_deep; Eastcom3_BBS-177; Eastcom3_BBS-177_surface; Eastcom3_BBS-178; Eastcom3_BBS-178_deep; Eastcom3_BBS-179; Eastcom3_BBS-179_surface; Eastcom3_BBS-180; Eastcom3_BBS-180_deep; Eastcom3_BBS-181; Eastcom3_BBS-181_surface; Eastcom3_BBS-182; Eastcom3_BBS-182_deep; Eastcom3_BBS-183; Eastcom3_BBS-183_surface; Eastcom3_BBS-184; Eastcom3_BBS-184_deep; Eastcom3_BBS-185; Eastcom3_BBS-185_surface; Eastcom3_BBS-186; Eastcom3_BBS-186_deep; Eastcom3_BBS-187; Eastcom3_BBS-187_surface; Eastcom3_BBS-188; Eastcom3_BBS-188_deep; Eastcom3_BBS-189; Eastcom3_BBS-189_surface; Eastcom3_BBS-190; Eastcom3_BBS-190_deep; Eastcom3_BBS-191; Eastcom3_BBS-191_surface; Eastcom3_BBS-192; Eastcom3_BBS-192_deep; Eastcom3_BBS-193; Eastcom3_BBS-193_surface; Eastcom3_BBS-194; Eastcom3_BBS-194_deep; Eastcom3_BBS-195; Eastcom3_BBS-195_surface; Eastcom3_BBS-196; Eastcom3_BBS-196_deep; Eastcom3_BBS-197; Eastcom3_BBS-197_surface; Eastcom3_BBS-198; Eastcom3_BBS-198_deep; Eastcom3_BBS-199; Eastcom3_BBS-199_surface; Eastcom3_BBS-200; Eastcom3_BBS-200_deep; Eastcom3_BBS-201; Eastcom3_BBS-201_surface; Eastcom3_BBS-202; Eastcom3_BBS-202_deep; Eastcom3_BBS-203; Eastcom3_BBS-203_surface; Eastcom3_BBS-204; Eastcom3_BBS-204_deep; Eastcom3_BBS-205; Eastcom3_BBS-205_surface; Eastcom3_BBS-206; Eastcom3_BBS-206_deep; Eastcom3_BBS-207; Eastcom3_BBS-207_surface; Eastcom3_BBS-208; Eastcom3_BBS-208_deep; Eastcom3_Dye_Tracer+Brucite; Event label; Field Trial; Fluorescence Microplate Reader; Halifax Harbour, Nova Scotia, Canada; Latitude of event; Longitude of event; mCDR; Measured; MRV; NIS; OCEAN_ALK-ALIGN; ocean alkalinity enhancement; Potentiometric titration system, Metrohm, Metrohm Dosimat plus 876; Pressure sensor, Aanderaa, 5217b; Rhodamine; Rhodamine WT; Salinity; Salinometer, Guildline Instruments, 8410A [Portasal Portable Salinometer]; see comment; Spectrophotometric Seawater pH Analyzer, Apoll SciTech, Agilent Technologies, AS-spec-pH2 [Fisherbrand Stainless Steel 316 Probe]; Temperature, water; Total alkalinity; Treatment: pH; δ13C Discrete water sample data of carbonate system parameters (pHt, Total Alkalinity, Dissolved Inorganic Carbon), salinity, temperature, depth, and Rhodamine WT fluorescence were collected during the Ocean Alkalinity Enhancement field trials in Bedford Basin/Halifax Harbour for the period of August to October 2023. The samples were collected in the vicinity of Nova Scotia Power's Tufts Cove Generating Station outfall, which was used by Planetary Technologies to deliver alkalinity (magnesium hydroxide, Mg(OH)2) into the harbour, at a depth of approximately 1-2 m. The field trials involved the release of 14.4 kg of Rhodamine WT on August 10 from 14:00 to 3:45 UTC, 10.8 kg of Rhodamine WT and 2270 kg of alkapHix material on September 12 from 13:39 to 19:10 UTC, and 10.8 kg of Rhodamine WT and 2400 kg of brucite on October 3 from 12:30 to 18:30 UTC. All sampling was conducted onboard the Eastcom dive boat using a Niskin bottle lowered into the water from the side of the vessel. The Mg(OH)2 content of the alkapHix is 96-99% and the Mg(OH)2 content of the brucite is 79%. |
| title | Dual-tracer data from the Bedford Basin/Halifax Harbour OAE field trials, August - October 2023 |
| topic | Aligning ocean alkalinity for sustainable, safe and verifiable long-term CO2 removal; Alkalinity, total; Alkalinity, total, standard deviation; Bedford Basin; Bedford Basin, Nova Scotia, Canada; Bottle, Niskin; Calculated; Carbon, inorganic, dissolved; DATE/TIME; Date/Time local; DEPTH, water; Eastcom; Eastcom1; Eastcom1_BBS-077; Eastcom1_BBS-077_surface; Eastcom1_BBS-078; Eastcom1_BBS-078_surface; Eastcom1_BBS-079; Eastcom1_BBS-079_surface; Eastcom1_BBS-080; Eastcom1_BBS-080_surface; Eastcom1_BBS-081; Eastcom1_BBS-081_surface; Eastcom1_BBS-082; Eastcom1_BBS-082_surface; Eastcom1_BBS-083; Eastcom1_BBS-083_surface; Eastcom1_BBS-084; Eastcom1_BBS-084_deep; Eastcom1_BBS-085; Eastcom1_BBS-085_surface; Eastcom1_BBS-086; Eastcom1_BBS-086_deep; Eastcom1_BBS-087; Eastcom1_BBS-087_surface; Eastcom1_BBS-088; Eastcom1_BBS-088_deep; Eastcom1_BBS-089; Eastcom1_BBS-089_surface; Eastcom1_BBS-090; Eastcom1_BBS-090_deep; Eastcom1_BBS-091; Eastcom1_BBS-091_surface; Eastcom1_BBS-092; Eastcom1_BBS-092_deep; Eastcom1_BBS-093; Eastcom1_BBS-093_surface; Eastcom1_BBS-094; Eastcom1_BBS-094_deep; Eastcom1_BBS-095; Eastcom1_BBS-095_surface; Eastcom1_BBS-096; Eastcom1_BBS-096_deep; Eastcom1_BBS-097; Eastcom1_BBS-097_surface; Eastcom1_BBS-098; Eastcom1_BBS-098_deep; Eastcom1_BBS-099; Eastcom1_BBS-099_surface; Eastcom1_BBS-100; Eastcom1_BBS-100_deep; Eastcom1_BBS-101; Eastcom1_BBS-101_surface; Eastcom1_BBS-102; Eastcom1_BBS-102_deep; Eastcom1_BBS-103; Eastcom1_BBS-103_surface; Eastcom1_BBS-104; Eastcom1_BBS-104_deep; Eastcom1_BBS-105; Eastcom1_BBS-105_surface; Eastcom1_BBS-106; Eastcom1_BBS-106_deep; Eastcom1_BBS-107; Eastcom1_BBS-107_surface; Eastcom1_BBS-108; Eastcom1_BBS-108_deep; Eastcom1_Dye_Tracer; Eastcom2; Eastcom2_BBS-119; Eastcom2_BBS-119_surface; Eastcom2_BBS-120; Eastcom2_BBS-120_deep; Eastcom2_BBS-121; Eastcom2_BBS-121_surface; Eastcom2_BBS-122; Eastcom2_BBS-122_surface; Eastcom2_BBS-123; Eastcom2_BBS-123_deep; Eastcom2_BBS-124; Eastcom2_BBS-124_surface; Eastcom2_BBS-125; Eastcom2_BBS-125_deep; Eastcom2_BBS-126; Eastcom2_BBS-126_surface; Eastcom2_BBS-127; Eastcom2_BBS-127_deep; Eastcom2_BBS-128; Eastcom2_BBS-128_surface; Eastcom2_BBS-129; Eastcom2_BBS-129_surface; Eastcom2_BBS-130; Eastcom2_BBS-130_deep; Eastcom2_BBS-131; Eastcom2_BBS-131_surface; Eastcom2_BBS-132; Eastcom2_BBS-132_deep; Eastcom2_BBS-133; Eastcom2_BBS-133_surface; Eastcom2_BBS-134; Eastcom2_BBS-134_deep; Eastcom2_BBS-135; Eastcom2_BBS-135_surface; Eastcom2_BBS-136; Eastcom2_BBS-136_deep; Eastcom2_BBS-137; Eastcom2_BBS-137_surface; Eastcom2_BBS-138; Eastcom2_BBS-138_surface; Eastcom2_BBS-139; Eastcom2_BBS-139_deep; Eastcom2_BBS-140; Eastcom2_BBS-140_surface; Eastcom2_BBS-141; Eastcom2_BBS-141_deep; Eastcom2_BBS-142; Eastcom2_BBS-142_surface; Eastcom2_BBS-143; Eastcom2_BBS-143_deep; Eastcom2_BBS-144; Eastcom2_BBS-144_surface; Eastcom2_BBS-145; Eastcom2_BBS-145_deep; Eastcom2_BBS-146; Eastcom2_BBS-146_surface; Eastcom2_BBS-147; Eastcom2_BBS-147_deep; Eastcom2_BBS-148; Eastcom2_BBS-148_surface; Eastcom2_BBS-149; Eastcom2_BBS-149_deep; Eastcom2_BBS-150; Eastcom2_BBS-150_surface; Eastcom2_BBS-151; Eastcom2_BBS-151_surface; Eastcom2_BBS-152; Eastcom2_BBS-152_deep; Eastcom2_BBS-153; Eastcom2_BBS-153_surface; Eastcom2_BBS-154; Eastcom2_BBS-154_deep; Eastcom2_BBS-155; Eastcom2_BBS-155_surface; Eastcom2_BBS-156; Eastcom2_BBS-156_deep; Eastcom2_BBS-157; Eastcom2_BBS-157_surface; Eastcom2_BBS-158; Eastcom2_BBS-158_deep; Eastcom2_Dye_Tracer+AlkapHix; Eastcom3; Eastcom3_BBS-169; Eastcom3_BBS-169_surface; Eastcom3_BBS-170; Eastcom3_BBS-170_deep; Eastcom3_BBS-171; Eastcom3_BBS-171_surface; Eastcom3_BBS-172; Eastcom3_BBS-172_deep; Eastcom3_BBS-173; Eastcom3_BBS-173_surface; Eastcom3_BBS-174; Eastcom3_BBS-174_deep; Eastcom3_BBS-175; Eastcom3_BBS-175_surface; Eastcom3_BBS-176; Eastcom3_BBS-176_deep; Eastcom3_BBS-177; Eastcom3_BBS-177_surface; Eastcom3_BBS-178; Eastcom3_BBS-178_deep; Eastcom3_BBS-179; Eastcom3_BBS-179_surface; Eastcom3_BBS-180; Eastcom3_BBS-180_deep; Eastcom3_BBS-181; Eastcom3_BBS-181_surface; Eastcom3_BBS-182; Eastcom3_BBS-182_deep; Eastcom3_BBS-183; Eastcom3_BBS-183_surface; Eastcom3_BBS-184; Eastcom3_BBS-184_deep; Eastcom3_BBS-185; Eastcom3_BBS-185_surface; Eastcom3_BBS-186; Eastcom3_BBS-186_deep; Eastcom3_BBS-187; Eastcom3_BBS-187_surface; Eastcom3_BBS-188; Eastcom3_BBS-188_deep; Eastcom3_BBS-189; Eastcom3_BBS-189_surface; Eastcom3_BBS-190; Eastcom3_BBS-190_deep; Eastcom3_BBS-191; Eastcom3_BBS-191_surface; Eastcom3_BBS-192; Eastcom3_BBS-192_deep; Eastcom3_BBS-193; Eastcom3_BBS-193_surface; Eastcom3_BBS-194; Eastcom3_BBS-194_deep; Eastcom3_BBS-195; Eastcom3_BBS-195_surface; Eastcom3_BBS-196; Eastcom3_BBS-196_deep; Eastcom3_BBS-197; Eastcom3_BBS-197_surface; Eastcom3_BBS-198; Eastcom3_BBS-198_deep; Eastcom3_BBS-199; Eastcom3_BBS-199_surface; Eastcom3_BBS-200; Eastcom3_BBS-200_deep; Eastcom3_BBS-201; Eastcom3_BBS-201_surface; Eastcom3_BBS-202; Eastcom3_BBS-202_deep; Eastcom3_BBS-203; Eastcom3_BBS-203_surface; Eastcom3_BBS-204; Eastcom3_BBS-204_deep; Eastcom3_BBS-205; Eastcom3_BBS-205_surface; Eastcom3_BBS-206; Eastcom3_BBS-206_deep; Eastcom3_BBS-207; Eastcom3_BBS-207_surface; Eastcom3_BBS-208; Eastcom3_BBS-208_deep; Eastcom3_Dye_Tracer+Brucite; Event label; Field Trial; Fluorescence Microplate Reader; Halifax Harbour, Nova Scotia, Canada; Latitude of event; Longitude of event; mCDR; Measured; MRV; NIS; OCEAN_ALK-ALIGN; ocean alkalinity enhancement; Potentiometric titration system, Metrohm, Metrohm Dosimat plus 876; Pressure sensor, Aanderaa, 5217b; Rhodamine; Rhodamine WT; Salinity; Salinometer, Guildline Instruments, 8410A [Portasal Portable Salinometer]; see comment; Spectrophotometric Seawater pH Analyzer, Apoll SciTech, Agilent Technologies, AS-spec-pH2 [Fisherbrand Stainless Steel 316 Probe]; Temperature, water; Total alkalinity; Treatment: pH; δ13C |
| url | https://doi.org/10.1594/PANGAEA.969383 |