Environmental variables related to abundances of benthic invertebrates collected for the Biodiversity Monitoring project of South Tyrol - BMS (Italy)
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| Format: | Dataset Open Access |
| Langue: | en |
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PANGAEA
2022
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| _version_ | 1867170404156571648 |
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| author | Vanek, Magdalena Gross, Sarah Maria Scotti, Alberto |
| author_facet | Vanek, Magdalena Gross, Sarah Maria Scotti, Alberto |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | Biodiversity Monitoring South Tyrol (BMS) is an ongoing survey of nature. The monitoring not only serves as basic research, but it is also intended to provide the scientific basis for political decisions concerning spatial planning, agriculture and nature conservation. Biodiversity Monitoring South Tyrol has been set up under the direction of Eurac Research in collaboration with the South Tyrol Museum of Natural History and the government of the Autonomous Province of Bolzano/Bozen. More information are available at: https://biodiversity.eurac.edu/ For monitoring running waters, a total of 120 sites spread all around the region have been identified, to be sampled within a 4-year period. After this period, the same 120 sites are sampled again, in order to build an ecological time series in the long-term. Every year 48 points are sampled: - 24 are considered as reference sites for assessing temporal variability, so this subset (with the same 24 sampling points) is sampled annually; - 24 are additional sites whose re-sampling is scheduled to happen every 4 years. For this dataset (year n. 1 of the project) a set of abiotic parameters has been collected in streams and rivers of South Tyrol, during year 2021 (from March to July). Chemical analyses on water samples were performed with a portable spectrophotometer within the same day of collection (Hach Lange DR1900). The operational nomenclature (column names) refers - where possible - to the list of Darwin Core terms (https://dwc.tdwg.org/list/). |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_941501 |
| institution | PANGAEA |
| language | en |
| publishDate | 2022 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Environmental variables related to abundances of benthic invertebrates collected for the Biodiversity Monitoring project of South Tyrol - BMS (Italy) Vanek, Magdalena Gross, Sarah Maria Scotti, Alberto 12352_1; 12352_2; 13133_1; 13133_2; 13232_1; 13232_2; 31162_1; 31162_10; 31162_2; 31162_3; 31162_4; 31162_5; 31162_6; 31162_7; 31162_8; 31162_9; 32131_1; 32131_2; 32132_1; 32132_2; 32231_1; 32231_10; 32231_2; 32231_3; 32231_4; 32231_5; 32231_6; 32231_7; 32231_8; 32231_9; 32232_1; 32232_2; 32352_1; 32352_10; 32352_2; 32352_3; 32352_4; 32352_5; 32352_6; 32352_7; 32352_8; 32352_9; 33131_1; 33131_2; 33132_1; 33132_2; 33232_1; 33232_2; according to Pfankuch et al. (1975); Algae; Alps; Ammonium; Bedrock/artificial surfaces; Bioassessment; Biodiversity; BMS_12352_1; BMS_12352_2; BMS_13133_1; BMS_13133_2; BMS_13232_1; BMS_13232_2; BMS_31162_1; BMS_31162_10; BMS_31162_2; BMS_31162_3; BMS_31162_4; BMS_31162_5; BMS_31162_6; BMS_31162_7; BMS_31162_8; BMS_31162_9; BMS_32131_1; BMS_32131_2; BMS_32132_1; BMS_32132_2; BMS_32231_1; BMS_32231_10; BMS_32231_2; BMS_32231_3; BMS_32231_4; BMS_32231_5; BMS_32231_6; BMS_32231_7; BMS_32231_8; BMS_32231_9; BMS_32232_1; BMS_32232_2; BMS_32352_1; BMS_32352_10; BMS_32352_2; BMS_32352_3; BMS_32352_4; BMS_32352_5; BMS_32352_6; BMS_32352_7; BMS_32352_8; BMS_32352_9; BMS_33131_1; BMS_33131_2; BMS_33132_1; BMS_33132_2; BMS_33232_1; BMS_33232_2; Conductivity; DATE/TIME; Event label; Gravel, 2.5-25 mm; Hach Lange method and reagents; Helophytes; Hydrophytes; LATITUDE; LONGITUDE; macroinvertebrates; Mineral sediment, coarse, 25-250 mm; Mobile blocks, > 250 mm; morphology; Moss; MULT; Multiparameter probe (HI9829, Hanna Instruments); Multiple investigations; Nitrate; Nitrite; Nitrogen, total; nutrients; Optical Dissolved Oxygen Meter (HI98198, Hanna Instruments); Organic sediment, fine, < 0.1 mm; Oxidation reduction (RedOx) potential; Oxygen, dissolved; Particulate coarse organic matter; Pfankuch stability index, lower banks; Pfankuch stability index, streambed/bottom; Pfankuch stability index, upper banks; pH; Phosphorus, total; Phosphorus in orthophosphate; river; running waters; Sand/silt, < 2.5 mm; South Tyrol; South Tyrol, Italy; stream; Stream bed, width; Stream flow, width; Substrate evaluation according to Stucki et al. (2019); Temperature, water; Turbidity (Formazin nephelometric unit); Wetted perimeter, width Biodiversity Monitoring South Tyrol (BMS) is an ongoing survey of nature. The monitoring not only serves as basic research, but it is also intended to provide the scientific basis for political decisions concerning spatial planning, agriculture and nature conservation. Biodiversity Monitoring South Tyrol has been set up under the direction of Eurac Research in collaboration with the South Tyrol Museum of Natural History and the government of the Autonomous Province of Bolzano/Bozen. More information are available at: https://biodiversity.eurac.edu/ For monitoring running waters, a total of 120 sites spread all around the region have been identified, to be sampled within a 4-year period. After this period, the same 120 sites are sampled again, in order to build an ecological time series in the long-term. Every year 48 points are sampled: - 24 are considered as reference sites for assessing temporal variability, so this subset (with the same 24 sampling points) is sampled annually; - 24 are additional sites whose re-sampling is scheduled to happen every 4 years. For this dataset (year n. 1 of the project) a set of abiotic parameters has been collected in streams and rivers of South Tyrol, during year 2021 (from March to July). Chemical analyses on water samples were performed with a portable spectrophotometer within the same day of collection (Hach Lange DR1900). The operational nomenclature (column names) refers - where possible - to the list of Darwin Core terms (https://dwc.tdwg.org/list/). |
| title | Environmental variables related to abundances of benthic invertebrates collected for the Biodiversity Monitoring project of South Tyrol - BMS (Italy) |
| topic | 12352_1; 12352_2; 13133_1; 13133_2; 13232_1; 13232_2; 31162_1; 31162_10; 31162_2; 31162_3; 31162_4; 31162_5; 31162_6; 31162_7; 31162_8; 31162_9; 32131_1; 32131_2; 32132_1; 32132_2; 32231_1; 32231_10; 32231_2; 32231_3; 32231_4; 32231_5; 32231_6; 32231_7; 32231_8; 32231_9; 32232_1; 32232_2; 32352_1; 32352_10; 32352_2; 32352_3; 32352_4; 32352_5; 32352_6; 32352_7; 32352_8; 32352_9; 33131_1; 33131_2; 33132_1; 33132_2; 33232_1; 33232_2; according to Pfankuch et al. (1975); Algae; Alps; Ammonium; Bedrock/artificial surfaces; Bioassessment; Biodiversity; BMS_12352_1; BMS_12352_2; BMS_13133_1; BMS_13133_2; BMS_13232_1; BMS_13232_2; BMS_31162_1; BMS_31162_10; BMS_31162_2; BMS_31162_3; BMS_31162_4; BMS_31162_5; BMS_31162_6; BMS_31162_7; BMS_31162_8; BMS_31162_9; BMS_32131_1; BMS_32131_2; BMS_32132_1; BMS_32132_2; BMS_32231_1; BMS_32231_10; BMS_32231_2; BMS_32231_3; BMS_32231_4; BMS_32231_5; BMS_32231_6; BMS_32231_7; BMS_32231_8; BMS_32231_9; BMS_32232_1; BMS_32232_2; BMS_32352_1; BMS_32352_10; BMS_32352_2; BMS_32352_3; BMS_32352_4; BMS_32352_5; BMS_32352_6; BMS_32352_7; BMS_32352_8; BMS_32352_9; BMS_33131_1; BMS_33131_2; BMS_33132_1; BMS_33132_2; BMS_33232_1; BMS_33232_2; Conductivity; DATE/TIME; Event label; Gravel, 2.5-25 mm; Hach Lange method and reagents; Helophytes; Hydrophytes; LATITUDE; LONGITUDE; macroinvertebrates; Mineral sediment, coarse, 25-250 mm; Mobile blocks, > 250 mm; morphology; Moss; MULT; Multiparameter probe (HI9829, Hanna Instruments); Multiple investigations; Nitrate; Nitrite; Nitrogen, total; nutrients; Optical Dissolved Oxygen Meter (HI98198, Hanna Instruments); Organic sediment, fine, < 0.1 mm; Oxidation reduction (RedOx) potential; Oxygen, dissolved; Particulate coarse organic matter; Pfankuch stability index, lower banks; Pfankuch stability index, streambed/bottom; Pfankuch stability index, upper banks; pH; Phosphorus, total; Phosphorus in orthophosphate; river; running waters; Sand/silt, < 2.5 mm; South Tyrol; South Tyrol, Italy; stream; Stream bed, width; Stream flow, width; Substrate evaluation according to Stucki et al. (2019); Temperature, water; Turbidity (Formazin nephelometric unit); Wetted perimeter, width |
| url | https://doi.org/10.1594/PANGAEA.941501 |