Gruszczyńska, Agnieszka; Bolland, Alexander; Fletcher, William J; Bergmann, Laura; Benkkadour, Abdelfattah; Mischke, Steffen; Mikdad, Abdeslam; Zielhofer, Christoph: Holocene Biodiversity Changes in Lake Sidi Ali: Subfossil Records of Chironomidae, further Invertebrates and Aquatic Macrophytes – A Dataset [dataset]. PANGAEA, https://doi.pangaea.de/10.1594/PANGAEA.988852 (dataset in review)
Abstract:
In a global context, the western Mediterranean in North Africa is one of the most climate-sensitive regions in the world. We present the first Holocene-wide records of subfossil Chironomidae from Morocco. The core was collected from Lake Sidi Ali in the Middle Atlas Mountains (Morocco). The data table provides information on the abundance and percentage of Chironomidae and other macroinvertebrates preserved in the lake sediments.
Keyword(s):
Other version:
Holocene Biodiversity Changes in Lake Sidi Ali - excel data file. DIB_Sidi_Ali.xlsx
Funding:
German Research Foundation (DFG), grant/award no. 508719483: Holocene summer temperature and biodiversity change recorded by Chironomidae in Western Mediterranean North Africa
Coverage:
Latitude: 33.065840 * Longitude: -5.000547
Date/Time Start: 2023-08-22T00:00:00 * Date/Time End: 2023-09-08T00:00:00
Minimum DEPTH, sediment/rock: 0.175 m * Maximum DEPTH, sediment/rock: 19.575 m
Event(s):
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Core section label | Sec label | Zielhofer, Christoph | Sections of consecutively collected cores from Ali 01 to Ali 10 | ||
| 2 | Depth, sediment/rock, bottom/maximum | Depth sed bot | m | Zielhofer, Christoph | Lowermost correlated sampling depth | |
| 3 | Depth, sediment/rock, top/minimum | Depth sed top | m | Zielhofer, Christoph | Uppermost correlated sampling depth | |
| 4 | DEPTH, sediment/rock | Depth sed | m | Zielhofer, Christoph | Geocode – Average of the lowest and highest correlated sampling depth | |
| 5 | Sample volume | Samp vol | cm3 | Gruszczyńska, Agnieszka | Wet sample volume | |
| 6 | Calendar age, uncertainty maximum/old | Cal age unc max | ka BP | Fletcher, William J | Highest sample age (after Fletcher et al. 2017) | |
| 7 | Calendar age, minimum/young | Cal age min | ka BP | Fletcher, William J | Lowest sample age (after Fletcher et al. 2017) | |
| 8 | Calendar age | Cal age | ka BP | Fletcher, William J | Average sample age (after Fletcher et al. 2017) | |
| 9 | Chironomidae, head capsules | Chironomidae HC | #/cm3 | Gruszczyńska, Agnieszka | Number of head capsules | |
| 10 | Invertebrata, aquatic | Invertebrata aq | # | Gruszczyńska, Agnieszka | Total Number of aquatic invertebrate individuals per sample | |
| 11 | Chironomidae, head capsules | Chironomidae HC | # | Gruszczyńska, Agnieszka | Total Number of Chironomid head capsules per sample | |
| 12 | Ablabesmyia, head capsules | Ablabesmyia HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 13 | Procladius, head capsules | Procladius HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 14 | Chironomus plumosus-type, head capsules | C. plumosus-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 15 | Cryptochironomus, head capsules | Cryptochironomus HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 16 | Dicrotendipes nervosus-type, head capsules | D. nervosus-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 17 | Endochironomus tendens-type, head capsules | E. tendens-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 18 | Glyptotendipes pallens-type, head capsules | G. pallens-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 19 | Microtendipes pedellus-type, head capsules | M. pedellus-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 20 | Parachironomus varus-type, head capsules | P. varus-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 21 | Polypedilum nubeculosum-type, head capsules | P. nubeculosum-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 22 | Stictochironomus rosenscholdi-type, head capsules | S. rosenscholdi-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 23 | Cladotanytarsus pseudomancus-type, head capsules | C. pseudomancus-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 24 | Paratanytarsus-type, head capsules | Paratanytarsus-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 25 | Tanytarsus mendax-type, head capsules | T. mendax-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 26 | Corynoneura arctica-type, head capsules | C. arctica-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 27 | Corynoeura edwardsi-type, head capsules | C. edwardsi-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 28 | Cricotopus cylindraceus-type, head capsules | C. cylindraceus-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 29 | Cricotopus intersectus/laricomalis-type, head capsules | C. intersectus/laricomalis-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 30 | Cricotopus trifasicatus-type, head capsules | C. trifasicatus-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 31 | Heliniella, head capsules | Heliniella HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 32 | Propsilocerus lacustris-type, head capsules | P. lacustris-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 33 | Psectrocladius barbatipes-type, head capsules | P. barbatipes-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 34 | Psectrocladius sordidellus-type, head capsules | P. sordidellus-T HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 35 | Pseudosmittia, head capsules | Pseudosmittia HC | # | Gruszczyńska, Agnieszka | Number of head capsules of Chironomidae per sample | |
| 36 | Ceratopogonidae, larvae | Ceratopogonidae larv | # | Gruszczyńska, Agnieszka | Number of individuals of Ceratopogonidae larvae per sample | |
| 37 | Chaoboridae, mandibles | Chaoboridae mandibles | # | Gruszczyńska, Agnieszka | Number of pupae of Chaoboridae per sample | |
| 38 | Chaoboridae, thorassic horn | Chaoboridae thorassic horn | # | Gruszczyńska, Agnieszka | Number of larvae of Chaoboridae per sample | |
| 39 | Baetidae-type | Baetidae-T | # | Gruszczyńska, Agnieszka | Number of individuals of Baetidae per sample | |
| 40 | Caenidae-type | Caenidae-T | # | Gruszczyńska, Agnieszka | Number of individuals of Caenidae per sample | |
| 41 | Plecoptera | Plecoptera | # | Gruszczyńska, Agnieszka | Number of individuals of Plecoptera per sample | |
| 42 | Formicidae | Formicidae | # | Gruszczyńska, Agnieszka | Number of individuals of Formicidae per sample | |
| 43 | Ceriodaphnia-type ephippia | C. ephippia | # | Gruszczyńska, Agnieszka | Number of Cladocera individuals per genus per sample | |
| 44 | Daphnia pulex-type ephippia | D. pulex-T ephippia | # | Gruszczyńska, Agnieszka | Number of Cladocera individuals per genus per sample | |
| 45 | Leydigia ephippia | L. ephippia | # | Gruszczyńska, Agnieszka | Number of Cladocera individuals per genus per sample | |
| 46 | Oribatidae | Oribatidae | # | Gruszczyńska, Agnieszka | Number of individuals of Oribatidae per sample | |
| 47 | Pulmatella-type statoblast halves | P. statoblast halves | # | Gruszczyńska, Agnieszka | Number of Plumatella statoblast halves per sample | |
| 48 | Charophyceae oogonia | C. oogonia | # | Gruszczyńska, Agnieszka | Number of Charophyceae oogonia per sample | |
| 49 | Ablabesmyia | Ablabesmyia | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 50 | Procladius | Procladius | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 51 | Chironomus plumosus-type | C. plumosus-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 52 | Cryptochironomus | Cryptochironomus | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 53 | Dicrotendipes nervosus-type | D. nervosus-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 54 | Endochironomus tendens-type | E. tendens-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 55 | Glyptotendipes pallens-type | G. pallens-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 56 | Microtendipes pedellus-type | M. pedellus-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 57 | Parachironomus varus-type | P. varus-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 58 | Polypedilum nubeculosum-type | P. nubeculosum-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 59 | Stictochironomus rosenscholdi-type | S. rosenscholdi-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 60 | Cladotanytarsus pseudomancus-type | C. pseudomancus-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 61 | Paratanytarsus austriacus-type | P. austriacus-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 62 | Tanytarsus mendax-type | T. mendax-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 63 | Corynoneura arctica-type | C. arctica-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 64 | Corynoeura edwardsi-type | C. edwardsi-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 65 | Cricotopus cylindraceus-type | C. cylindraceus-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 66 | Cricotopus intersectus/laricomalis-type | C. intersectus/laricomalis-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 67 | Cricotopus trifasicatus-type | C. trifasicatus-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 68 | Heliniella | Heliniella | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 69 | Propsilocerus lacustris-type | P. lacustris-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 70 | Psectrocladius barbatipes-type | P. barbatipes-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 71 | Psectrocladius sordidellus-type | P. sordidellus-T | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 72 | Pseudosmittia | Pseudosmittia | % | Gruszczyńska, Agnieszka | Percentage of the total number of Chironomidae species | |
| 73 | Species, littoral | Species litt | % | Gruszczyńska, Agnieszka | percentage of the total number of species associated with the littoral zone of the reservoir, including: Dicrotendipes nervosus-type, Endochironomus tendens-type, Glyptotendipes pallens-type, Microtendipes pedellus-type, Parachironomus varus-type, Polypedilum nubeculosum-type, Cladotanytarsus pseudomancus-type, Paratanytarsus austriacus-type, Tanytarsus mendax-type, Corynoneura arctica-type, Corynoneura edwardsi-type, Cricotopus cylindraceus-type, Cricotopus intersectus/laricomalis-type, Cricotopus trifasicatus-type, Psectrocladius barbatipes-type, Psectrocladius sordidellus-type, Pseudosmittia, Propsilocerus lacustris | |
| 74 | Species, profundal | Species profundal | % | Gruszczyńska, Agnieszka | percentage of the total number of species associated with the profundal zone of the reservoir, including: Ablabesmyia, Procladius, Chironomus plumosus-type, Cryptochironomus-type, Stictochironomus rosenscholdi-type | |
| 75 | Species, phytophilous | Species phytophilous | % | Gruszczyńska, Agnieszka | percentage of the total number of species associated with the phytophile of the reservoir, including: Ablabesmyia, Dicrotendipes nervosus-type, Endochironomus tendens-type, Polypedilum nubeculosum-type, Cricotopus intersectus/laricomalis-type, Psectrocladius sordidellus-type, Pseudosmittia, Parachironomus varus, Corynoneura edwardsi-type, Caenidae, Ceratopogonidae | |
| 76 | Species, detritivorous | Species detritivorous | % | Gruszczyńska, Agnieszka | Percentage of the total number of species associated with the detritus of the reservoir, including: Chironomus plumosus-type, Glyptotendipes pallens-type, Heleniella, Baetidaae | |
| 77 | Species, thermophilic | Species thermophilic | % | Gruszczyńska, Agnieszka | percentage of the total number of species associated with the thermophilic condition of the reservoir, including: Procladius, Chironomus plumosus-type, Dicrotendipes nervosus-type, Glyptotendipes pallens-type, Cladotanytarsus pseudomancus-type, Tanytarsus mendax-type, Propsilocerus lacustris-type | |
| 78 | Species, cold-stenothermal | Species cold-stenothermal | % | Gruszczyńska, Agnieszka | percentage of the total number of species associated with the cold condition of the reservoir, including: Heleniella, Corynoneura arctica-type | |
| 79 | Species, anaerobic-tolerant | Species anaerobic-tolerant | % | Gruszczyńska, Agnieszka | percentage of the total number of species associated with the anoxic condition of the reservoir, including: Procladius, Chironomus plumosus-type, Chaoboridae | |
| 80 | Species, lotic | Species lotic | % | Gruszczyńska, Agnieszka | percentage of the total number of species associated with the running water, including: Heleniella, Ablabesmyia, Prachironomus varus, Baetidae, Caenidae |
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Creative Commons Attribution 4.0 International (CC-BY-4.0) (License comes into effect after moratorium ends)
Size:
8532 data points
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