cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.18064633
title: Table 5 in Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report

description: Table 5. Biocenometer composition along three daily periods: night (22:00 to 06:00h), morning (06:00 to 14:00h) and evening (14:00 to 22:00h). For each area, frequency abundance (A) and percentage of the different arthropod categories and arthropod groups (terrestrial, “jumping” and flying prey) is given.
PREY ITEMSNIGHTMORNINGEVENINGTOTALAA (%)AA (%)AA (%)AA (%)Pseudoescorpionidae00.020.410.630.4Araneae1316.5418.01710.6719.5Thysanura911.4112.12918.1496.5Orthoptera2936.7448.6116.98411.2Hemiptera1316.520039.14226.325534.0Diptera33.8224.363.8314.1Lepidoptera810.1346.62012.5628.3Coleoptera45.181.62515.6374.9Hymenoptera00.081.642.5121.6Formicidae00.014227.753.114719.6Terrestrial prey2227.819638.35232.527036.0"Jumping" prey4658.225249.27848.837650.1Flying prey1113.96412.53018.810514.0NUMBER OF TRAPS8888NUMBER OF ITEMS79512160751NUMBER OF TAXA7101010
description: Published as part of Vasconcelos, R, Santos, X., Perera, A., Carretero, M. A. & D. J., Harris, 2010, Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report in null, Cape Verde :Infraco Limited, Electra S. A., Government of Cape Verde on page 16, DOI: 10.5281/zenodo.17281154
DOI: 10.5281/zenodo.18064634
title: Table 6 in Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report

description: Table 6. Diet composition. Number, abundance and occurrence of each prey item found in the faecal pelles analised for the different classes of age and sex. Bs = Levins’ standardized index of diversity.
PREY ITEMSMALESFEMALESJUVENILESTOTALNA (%)P (%)NA (%)P (%)NA (%)P (%)NA (%)P (%)Pseudoescorpionidae41.211.121.26.772.716.7131.711.5Araneae92.722.284.826.783.126.7253.325.0Thysanura10.32.831.810.0---40.54.2Orthoptera123.633.384.826.731.110.0233.024.0Hemiptera7017.483.35935.886.76123.483.319025.084.4Diptera10.32.810.63.331.110.050.75.2Lepidoptera257.555.62515.263.3155.750.0658.656.3Coleoptera133.930.684.823.372.723.3283.726.0Hymenoptera181 54.444.43219.436.714354.873.3356 46.951.0Formicidae51.511.1159.116.7135.030.0334.318.8Undeterminated92.722.231.810.010.43.3131.712.5Und. larvae30.98.310.63.3---40.54.2Vegetal remains25.613.326.755.2Seeds12.826.713.344.2Und. matter105.6----102.1ITEMS CONSUMED333165261759NUMBER OF PELLETS36303096TAXA CONSUMED12121012B, Levins diversity index2.864.892.753.38Bs0.170.350.190.22
description: Published as part of Vasconcelos, R, Santos, X., Perera, A., Carretero, M. A. & D. J., Harris, 2010, Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report in null, Cape Verde :Infraco Limited, Electra S. A., Government of Cape Verde on page 18, DOI: 10.5281/zenodo.17281154
DOI: 10.5281/zenodo.18064635
title: Table 6 in Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report

description: Table 6. Diet composition. Number, abundance and occurrence of each prey item found in the faecal pelles analised for the different classes of age and sex. Bs = Levins’ standardized index of diversity.
PREY ITEMSMALESFEMALESJUVENILESTOTALNA (%)P (%)NA (%)P (%)NA (%)P (%)NA (%)P (%)Pseudoescorpionidae41.211.121.26.772.716.7131.711.5Araneae92.722.284.826.783.126.7253.325.0Thysanura10.32.831.810.0---40.54.2Orthoptera123.633.384.826.731.110.0233.024.0Hemiptera7017.483.35935.886.76123.483.319025.084.4Diptera10.32.810.63.331.110.050.75.2Lepidoptera257.555.62515.263.3155.750.0658.656.3Coleoptera133.930.684.823.372.723.3283.726.0Hymenoptera181 54.444.43219.436.714354.873.3356 46.951.0Formicidae51.511.1159.116.7135.030.0334.318.8Undeterminated92.722.231.810.010.43.3131.712.5Und. larvae30.98.310.63.3---40.54.2Vegetal remains25.613.326.755.2Seeds12.826.713.344.2Und. matter105.6----102.1ITEMS CONSUMED333165261759NUMBER OF PELLETS36303096TAXA CONSUMED12121012B, Levins diversity index2.864.892.753.38Bs0.170.350.190.22
description: Published as part of Vasconcelos, R, Santos, X., Perera, A., Carretero, M. A. & D. J., Harris, 2010, Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report in null, Cape Verde :Infraco Limited, Electra S. A., Government of Cape Verde on page 18, DOI: 10.5281/zenodo.17281154
DOI: 10.5281/zenodo.18064636
title: Table 7 in Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report

description: Table 7. Electivity (E) values for each arthropod trap device. Preliminary results obtained from the comparison of the invertebrate abundance collected from pitfalls and biocenometers and on the diet of Tarentola caboverdiana.
ARTHROPOD GROUPSPitfalls A%Biocenometers A%Diet A%Electivity pitfallsElectivity biocenometersPseudoescorpionidae-0,41,71,000,63Araneae5,29,53,4-0,23-0,50Thysanura1,56,50,5-0,48-0,86Orthoptera2,611,23,10,09-0,60Isoptera0,1---1,00-Hemiptera8,834,025,50,56-0,20Diptera1,84,10,7-0,46-0,73Lepidoptera1,38,38,70,760,03Coleoptera72,44,93,8-0,97-0,14Hymenoptera1,41,647,70,970,96Formicidae4,819,64,4-0,04-0,68Larva undeterminate0,1-0,50,691,00
description: Published as part of Vasconcelos, R, Santos, X., Perera, A., Carretero, M. A. & D. J., Harris, 2010, Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report in null, Cape Verde :Infraco Limited, Electra S. A., Government of Cape Verde on page 19, DOI: 10.5281/zenodo.17281154
DOI: 10.5281/zenodo.18064637
title: Table 7 in Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report

description: Table 7. Electivity (E) values for each arthropod trap device. Preliminary results obtained from the comparison of the invertebrate abundance collected from pitfalls and biocenometers and on the diet of Tarentola caboverdiana.
ARTHROPOD GROUPSPitfalls A%Biocenometers A%Diet A%Electivity pitfallsElectivity biocenometersPseudoescorpionidae-0,41,71,000,63Araneae5,29,53,4-0,23-0,50Thysanura1,56,50,5-0,48-0,86Orthoptera2,611,23,10,09-0,60Isoptera0,1---1,00-Hemiptera8,834,025,50,56-0,20Diptera1,84,10,7-0,46-0,73Lepidoptera1,38,38,70,760,03Coleoptera72,44,93,8-0,97-0,14Hymenoptera1,41,647,70,970,96Formicidae4,819,64,4-0,04-0,68Larva undeterminate0,1-0,50,691,00
description: Published as part of Vasconcelos, R, Santos, X., Perera, A., Carretero, M. A. & D. J., Harris, 2010, Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report in null, Cape Verde :Infraco Limited, Electra S. A., Government of Cape Verde on page 19, DOI: 10.5281/zenodo.17281154
DOI: 10.5281/zenodo.18064639
title: Table 8 in Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report

description: Table 8. Number and percentage of individuals on each refuge type (characterized by the rock size, rock number, presence of bushes and soil type) in each category of age and sex (males, females, juveniles) and in the total.
REFUGE TYPEADULTSJUVENILESTOTALMalesFemalesAll%MalesFemalesUnd.All%All%Small rock12122419.201310163957.356332.64Medium rock40458568.008792435.2910956.48Large rock6101612.8013157.352110.881 rock16203628.804481623.535226.942 rocks8101814.40116811.762613.473 rocks73108.0031045.88147.254 rocks1121.6001011.4731.55>5 rocks26335947.201413123957.359850.78No bushes525710987.201917215783.8216686.01With bushes6101612.803351116.182713.99Compact soil42529475.201917215783.8215178.24Fine grain soil12122419.20223710.293116.06Sandy soil4375.6011245.88115.70
description: Published as part of Vasconcelos, R, Santos, X., Perera, A., Carretero, M. A. & D. J., Harris, 2010, Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report in null, Cape Verde :Infraco Limited, Electra S. A., Government of Cape Verde on page 22, DOI: 10.5281/zenodo.17281154
DOI: 10.5281/zenodo.18064638
title: Table 8 in Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report

description: Table 8. Number and percentage of individuals on each refuge type (characterized by the rock size, rock number, presence of bushes and soil type) in each category of age and sex (males, females, juveniles) and in the total.
REFUGE TYPEADULTSJUVENILESTOTALMalesFemalesAll%MalesFemalesUnd.All%All%Small rock12122419.201310163957.356332.64Medium rock40458568.008792435.2910956.48Large rock6101612.8013157.352110.881 rock16203628.804481623.535226.942 rocks8101814.40116811.762613.473 rocks73108.0031045.88147.254 rocks1121.6001011.4731.55>5 rocks26335947.201413123957.359850.78No bushes525710987.201917215783.8216686.01With bushes6101612.803351116.182713.99Compact soil42529475.201917215783.8215178.24Fine grain soil12122419.20223710.293116.06Sandy soil4375.6011245.88115.70
description: Published as part of Vasconcelos, R, Santos, X., Perera, A., Carretero, M. A. & D. J., Harris, 2010, Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report in null, Cape Verde :Infraco Limited, Electra S. A., Government of Cape Verde on page 22, DOI: 10.5281/zenodo.17281154
DOI: 10.5281/zenodo.18064640
title: Table 9 in Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report

description: Table 9. Estimation of densities of Tarentola geckos in the study area based on transects sampling.
Transect nr./directionDuration (min)Distance (m 2)Start time (h:min)End time (h:min)Nr. of geckosDENSITY (per Km 2)DENSITY (per ha)1 N00:45387004:1505:00377581 NE00:45141003:1504:0074965501 NW00:45214005:1005:5562804281 S00:45153007:0507:5074575461 SE00:45181008:0008:4573867391 SW00:45346006:0506:5051445142 N00:4548009:1009:556125001252 NE00:45153011:0011:4553268332 NW00:45130013:1514:0053846382 S00:45155010:0010:4585161522 SE00:45115012:0012:4576087612 SW00:45151014:0514:5574636463 N00:45173015:2016:0574046403 NE00:4585020:1521:0055882593 NW00:45107018:1519:0054673473 S00:4593016:1517:0066452653 SE00:45125017:1518:0086400643 SW00:45280019:1520:0062143214 N00:45226021:1021:5552212224 NE00:4598023:0023:4566122614 NW00:45321001:0001:4541246124 S00:45247022:0522:5031215124 SE00:45237002:0002:4541688174 SW00:45283000:0000:4562120215 N00:45520020:1521:00357765 NE00:45151017:0517:5042649265 NW00:45123019:2520:1086504655 S00:45106015:0015:4587547755 SE00:45199018:3019:1594523455 SW00:45160016:0016:4585000506 N00:45205003:0003:4552439246 NE00:45474005:0005:45484486 NW00:45343006:0006:4551458156 S00:45315004:0004:4541270136 SE00:45344007:0007:4541163126 SW00:45120008:0508:5075833587 N00:45100021:1522:0055000507 NE00:45200002:0002:4531500157 NW00:4592022:1523:0022174227 S00:45439000:1000:55245657 SE00:45275001:0501:5051818187 SW00:45462023:0523:50243348 N00:4578009:1510:0067692778 NE00:45147010:1010:5564082418 NW00:45125014:1515:0054000408 S00:4553012:0512:506113211138 SE00:4590011:0511:5066667678 SW00:45163013:0013:456368137SUM12:0097330261AVERAGE±STDV203053891 ± 267239 ± 27
description: Published as part of Vasconcelos, R, Santos, X., Perera, A., Carretero, M. A. & D. J., Harris, 2010, Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report in null, Cape Verde :Infraco Limited, Electra S. A., Government of Cape Verde on page 32, DOI: 10.5281/zenodo.17281154
DOI: 10.5281/zenodo.18064641
title: Table 9 in Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report

description: Table 9. Estimation of densities of Tarentola geckos in the study area based on transects sampling.
Transect nr./directionDuration (min)Distance (m 2)Start time (h:min)End time (h:min)Nr. of geckosDENSITY (per Km 2)DENSITY (per ha)1 N00:45387004:1505:00377581 NE00:45141003:1504:0074965501 NW00:45214005:1005:5562804281 S00:45153007:0507:5074575461 SE00:45181008:0008:4573867391 SW00:45346006:0506:5051445142 N00:4548009:1009:556125001252 NE00:45153011:0011:4553268332 NW00:45130013:1514:0053846382 S00:45155010:0010:4585161522 SE00:45115012:0012:4576087612 SW00:45151014:0514:5574636463 N00:45173015:2016:0574046403 NE00:4585020:1521:0055882593 NW00:45107018:1519:0054673473 S00:4593016:1517:0066452653 SE00:45125017:1518:0086400643 SW00:45280019:1520:0062143214 N00:45226021:1021:5552212224 NE00:4598023:0023:4566122614 NW00:45321001:0001:4541246124 S00:45247022:0522:5031215124 SE00:45237002:0002:4541688174 SW00:45283000:0000:4562120215 N00:45520020:1521:00357765 NE00:45151017:0517:5042649265 NW00:45123019:2520:1086504655 S00:45106015:0015:4587547755 SE00:45199018:3019:1594523455 SW00:45160016:0016:4585000506 N00:45205003:0003:4552439246 NE00:45474005:0005:45484486 NW00:45343006:0006:4551458156 S00:45315004:0004:4541270136 SE00:45344007:0007:4541163126 SW00:45120008:0508:5075833587 N00:45100021:1522:0055000507 NE00:45200002:0002:4531500157 NW00:4592022:1523:0022174227 S00:45439000:1000:55245657 SE00:45275001:0501:5051818187 SW00:45462023:0523:50243348 N00:4578009:1510:0067692778 NE00:45147010:1010:5564082418 NW00:45125014:1515:0054000408 S00:4553012:0512:506113211138 SE00:4590011:0511:5066667678 SW00:45163013:0013:456368137SUM12:0097330261AVERAGE±STDV203053891 ± 267239 ± 27
description: Published as part of Vasconcelos, R, Santos, X., Perera, A., Carretero, M. A. & D. J., Harris, 2010, Environmental Impact Assessment Of The S. Vicente Wind Farm On The Tarentola Caboverdiana Substituta Gecko - Final Report in null, Cape Verde :Infraco Limited, Electra S. A., Government of Cape Verde on page 32, DOI: 10.5281/zenodo.17281154
DOI: 10.15468/wiuqpr
title: A new species of snapper (Perciformes: Lutjanidae) from Brazil, with comments on the distribution of Lutjanus griseus and L. apodus.

description: This dataset contains the digitized treatments in Plazi based on the original journal article Rodrigo L. Moura, Kenyon C. Lindeman (2007): A new species of snapper (Perciformes: Lutjanidae) from Brazil, with comments on the distribution of Lutjanus griseus and L. apodus. Zootaxa 1422: 31-43, URL: http://www.zoobank.org/urn:lsid:zoobank.org:pub:EDE9214C-AABF-4706-AA56-C303C37A6B3C
DOI: 10.15468/jff2v6
title: Two New Species Of The Aenictus Pachycerus Species Group (Hymenoptera: Formicidae: Aenictinae) From Southeast Asia

description: This dataset contains the digitized treatments in Plazi based on the original journal article Jaitrong, Weeyawat, Wiwatwitaya, Decha (2013): Two New Species Of The Aenictus Pachycerus Species Group (Hymenoptera: Formicidae: Aenictinae) From Southeast Asia. Raffles Bulletin of Zoology 61 (1): 97-102, DOI: 10.5281/zenodo.4509303ABSTRACT. — The Aenictus pachycerus species group is widespread in the eastern Oriental, Indo-Australian, and Australasian regions. The members of the group are characterised by the well-developed frontal carina and parafrontal ridge, a weakly developed subpetiolar process and a smooth and shiny first gastral tergite (rarely superficially shagreened). Eleven worker-based species of the A. pachycerus group are recorded from Southeast Asia. Among them, two new species are here described: Aenictus kutai from Borneo (E. Kalimantan) and Aenictus sulawesiensis from Sulawesi. A key to Southeast Asian species of the species group is presented. The distribution and type locality for each species in Southeast Asia are given.
DOI: 10.15468/xslrof
title: Trois notices myrmicologiques.

description: This dataset contains the digitized treatments in Plazi based on the original journal article Forel, A. (1899): Trois notices myrmicologiques. Annales de la Societe Entomologique de Belgique 43: 303-310, URL: http://antbase.org/ants/publications/3967/3967.pdf
DOI: 10.15468/m4n8dy
title: Endemism among Lord Howe IslandThysanoptera, with new species of Baenothrips (Phlaeothripidae) and Scirtothrips (Thripidae)

description: This dataset contains the digitized treatments in Plazi based on the original journal article Mound, Laurence A., Wells, Alice (2023): Endemism among Lord Howe IslandThysanoptera, with new species of Baenothrips (Phlaeothripidae) and Scirtothrips (Thripidae). Zootaxa 5228 (1): 81-91, DOI: 10.11646/zootaxa.5228.1.5AbstractThe Thysanoptera diversity of Lord Howe Island comprises 39 known species, of which 13 are considered likely to be endemic to this tiny remnant of an ancient submarine volcano. Three new species are described in Baenothrips, a small but widespread genus of wingless, fungus-feeding species in the Old World tropics. Two new species of Scirtothrips are described that are members of a species-group breeding on the youngest fronds of tree ferns.
DOI: 10.15468/jfqkqx
title: An identification guide to the genera of aquatic larval Chironomidae (Diptera) of south-east Asia

description: This dataset contains the digitized treatments in Plazi based on the original journal article Cranston, Peter S., Tang, Hongqu (2024): An identification guide to the genera of aquatic larval Chironomidae (Diptera) of south-east Asia. Zootaxa 5497 (2): 151-193, DOI: 10.11646/zootaxa.5497.2.1, URL: http://dx.doi.org/10.11646/zootaxa.5497.2.1AbstractWe provide illustrated dichotomous keys for the identification of final (4th) instar larvae of south-east Asian genera of Chironomidae (Diptera), predominantly from aquatic (freshwater and maritime) habitats. The region considered comprises oriental China, Burma, Thailand, Malaysia (west and east), Brunei, Singapore and Indonesia. Eight subfamilies are represented and phylogenetically validated tribes are keyed. Terminal taxa, listed in the sequence used in this guide, comprise 28 genera of Tanypodinae, 71 of Chironominae, 2 of Podonominae, 1 of Buchonomyiinae, 8 of Diamesinae, 2 of Protanypodinae, 5 of Prodiamesinae, 2 of Telmatogetoninae and 61 of Orthocladiinae. The morphology terminology is standard for larval Chironomidae to which users are referred. Illustrations of selected features are provided as photographs with important details labelled. Short summaries of ecology and concise details of selected species and regional / global distribution are provided in brackets under each entry. Some suspect new synonymy is alluded to, but will be addressed formally in more detail elsewhere.
DOI: 10.6084/m9.figshare.30707714
title: Datasets for supplementary figures 1-5, Transcriptome assembly and selected sequences for qPCR primer design used in the paper: "The endomicrobiome and weed invasiveness in Mediterranean ecosystems"

description: Mediterranean ecosystems, one of the most significant global hotspots of biodiversity, are threatened by invasive weeds. Although endomicrobiomes – the vast array of microbes colonising living plant tissues – are known to affect plant fitness, their contribution to weed invasiveness remains virtually unknown. Here we experimentally assessed the role of the<b> </b>endomicrobiome in the microevolution of <i>Taraxacum</i> <i>officinale</i> (common dandelion), a widespread invasive weed in Mediterranean ecosystems worldwide. In a culling experiment across five generations, we compared the microevolutionary rates of <i>T. officinale</i> from Mediterranean ecosystems on five continents grown with intact or reduced native seed-borne endomicrobiomes. Additionally, we conducted a competition experiment with F<sub>1</sub> and F<sub>5</sub> individuals to assess their impacts on native local Asteraceae species. We found <i>T. officinale</i> individuals growing with their intact endomicrobiomes to exhibit faster and more positive trait evolution than individuals growing with reduced endomicrobiomes. Enhanced competitiveness of endomicrobiome-colonized <i>T. officinale </i>plants<i> </i>with local Asteraceae species was apparently caused by increased synthesis of allelochemicals in shoots and rhizosphere soil, with gene expression analyses also showing the endomicrobiome to affect the expression by <i>T. officinale</i> of stress response and RNA-directed DNA methylation genes. Our findings provide novel insights into the mechanisms underlying weed invasiveness in Mediterranean ecosystems, highlighting the endomicrobiome as a potent driving force in the evolutionary processes associated with plant invasion success.
DOI: 10.6084/m9.figshare.30707714.v7
title: Datasets for supplementary figures 1-5, Transcriptome assembly and selected sequences for qPCR primer design used in the paper: "The endomicrobiome and weed invasiveness in Mediterranean ecosystems"

description: Mediterranean ecosystems, one of the most significant global hotspots of biodiversity, are threatened by invasive weeds. Although endomicrobiomes – the vast array of microbes colonising living plant tissues – are known to affect plant fitness, their contribution to weed invasiveness remains virtually unknown. Here we experimentally assessed the role of the<b> </b>endomicrobiome in the microevolution of <i>Taraxacum</i> <i>officinale</i> (common dandelion), a widespread invasive weed in Mediterranean ecosystems worldwide. In a culling experiment across five generations, we compared the microevolutionary rates of <i>T. officinale</i> from Mediterranean ecosystems on five continents grown with intact or reduced native seed-borne endomicrobiomes. Additionally, we conducted a competition experiment with F<sub>1</sub> and F<sub>5</sub> individuals to assess their impacts on native local Asteraceae species. We found <i>T. officinale</i> individuals growing with their intact endomicrobiomes to exhibit faster and more positive trait evolution than individuals growing with reduced endomicrobiomes. Enhanced competitiveness of endomicrobiome-colonized <i>T. officinale </i>plants<i> </i>with local Asteraceae species was apparently caused by increased synthesis of allelochemicals in shoots and rhizosphere soil, with gene expression analyses also showing the endomicrobiome to affect the expression by <i>T. officinale</i> of stress response and RNA-directed DNA methylation genes. Our findings provide novel insights into the mechanisms underlying weed invasiveness in Mediterranean ecosystems, highlighting the endomicrobiome as a potent driving force in the evolutionary processes associated with plant invasion success.