cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15144869
title: Table 8. Linear regression results for all R. longurio data excluding neonates, with significant P in The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii)

description: Table 8. Linear regression results for all R. longurio data excluding neonates, with significant P value in bold
CharacterCoefficientStd.errort valueP valueResidual SER 2Adj. R 2F statisticLS0.930.04–1.490.140.030.790.79441.70FS1.010.050.210.8310.030.790.79453.60PS0.980.05–0.420.6780.030.760.76378.10KC0.680.19–1.700.09250.110.100.0913.14DH1.120.081.530.1280.040.630.63205.50DW0.990.12–0.060.95160.070.380.3772.95DL0.900.05–1.910.05820.030.720.71300.40UL0.840.04–3.920.0001460.020.770.77399.70LL1.070.090.760.4480.050.530.52132.50CH1.060.080.730.4690.050.580.58164.70PF1.110.061.840.06780.030.750.74347.80
description: Published as part of Gayford, Joel H, Whitehead, Darren A, Ketchum, James T & Field, Daniel J, 2023, The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii), pp. 268 in Zoological Journal of the Linnean Society 198 (1) on page 268, DOI: 10.1093/zoolinnean/zlac110, http://zenodo.org/record/7926996
DOI: 10.5281/zenodo.15144870
title: Table 8. Linear regression results for all R. longurio data excluding neonates, with significant P in The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii)

description: Table 8. Linear regression results for all R. longurio data excluding neonates, with significant P value in bold
CharacterCoefficientStd.errort valueP valueResidual SER 2Adj. R 2F statisticLS0.930.04–1.490.140.030.790.79441.70FS1.010.050.210.8310.030.790.79453.60PS0.980.05–0.420.6780.030.760.76378.10KC0.680.19–1.700.09250.110.100.0913.14DH1.120.081.530.1280.040.630.63205.50DW0.990.12–0.060.95160.070.380.3772.95DL0.900.05–1.910.05820.030.720.71300.40UL0.840.04–3.920.0001460.020.770.77399.70LL1.070.090.760.4480.050.530.52132.50CH1.060.080.730.4690.050.580.58164.70PF1.110.061.840.06780.030.750.74347.80
description: Published as part of Gayford, Joel H, Whitehead, Darren A, Ketchum, James T & Field, Daniel J, 2023, The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii), pp. 268 in Zoological Journal of the Linnean Society 198 (1) on page 268, DOI: 10.1093/zoolinnean/zlac110, http://zenodo.org/record/7926996
DOI: 10.5281/zenodo.15144871
title: Table 9. Linear regression results for R. longurio Class Two data, with significant P in The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii)

description: Table 9. Linear regression results for R. longurio Class Two data, with significant P value in bold
CharacterCoefficientStd.errort valueP valueResidual SER 2Adj. R 2F statisticCoefficientStd. errort valueP valueResidual SEDFAICBICLS0.940.07–0.820.41930.030.780.77165.301.260.102.540.0290.0910–23.81–22.90FS0.920.06–1.200.234890.020.810.81205.801.230.131.860.0930.1110–19.26–18.35PS0.910.08–1.110.2740.030.720.71122.000.970.16–0.190.8530.1410–14.58–13.67KC0.930.28–0.240.8120.100.190.1811.191.070.051.350.2070.0510–36.36–35.45DH1.130.140.910.3700.050.570.5663.141.020.190.090.9300.1610–11.53–10.62DW1.170.200.840.407860.070.420.4134.531.050.220.250.8080.1910–8.05–7.14DL0.830.08–2.040.0471290.030.670.6696.351.190.121.530.1570.1110–19.48–18.57UL0.940.07–0.800.42820.020.800.79187.400.920.16–0.470.6480.1410–14.31–13.40LL1.060.150.380.7043970.050.500.4948.321.120.180.700.5000.1510–12.61–11.70CH1.110.180.660.51550.060.460.4540.390.990.15−0.040.9690.1310–16.21–15.30PF1.130.101.240.2210.040.720.72124.301.290.181.590.1430.1610–12.02–11.11
description: Published as part of Gayford, Joel H, Whitehead, Darren A, Ketchum, James T & Field, Daniel J, 2023, The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii), pp. 269 in Zoological Journal of the Linnean Society 198 (1) on page 269, DOI: 10.1093/zoolinnean/zlac110, http://zenodo.org/record/7926996
DOI: 10.5281/zenodo.15144872
title: Table 9. Linear regression results for R. longurio Class Two data, with significant P in The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii)

description: Table 9. Linear regression results for R. longurio Class Two data, with significant P value in bold
CharacterCoefficientStd.errort valueP valueResidual SER 2Adj. R 2F statisticCoefficientStd. errort valueP valueResidual SEDFAICBICLS0.940.07–0.820.41930.030.780.77165.301.260.102.540.0290.0910–23.81–22.90FS0.920.06–1.200.234890.020.810.81205.801.230.131.860.0930.1110–19.26–18.35PS0.910.08–1.110.2740.030.720.71122.000.970.16–0.190.8530.1410–14.58–13.67KC0.930.28–0.240.8120.100.190.1811.191.070.051.350.2070.0510–36.36–35.45DH1.130.140.910.3700.050.570.5663.141.020.190.090.9300.1610–11.53–10.62DW1.170.200.840.407860.070.420.4134.531.050.220.250.8080.1910–8.05–7.14DL0.830.08–2.040.0471290.030.670.6696.351.190.121.530.1570.1110–19.48–18.57UL0.940.07–0.800.42820.020.800.79187.400.920.16–0.470.6480.1410–14.31–13.40LL1.060.150.380.7043970.050.500.4948.321.120.180.700.5000.1510–12.61–11.70CH1.110.180.660.51550.060.460.4540.390.990.15−0.040.9690.1310–16.21–15.30PF1.130.101.240.2210.040.720.72124.301.290.181.590.1430.1610–12.02–11.11
description: Published as part of Gayford, Joel H, Whitehead, Darren A, Ketchum, James T & Field, Daniel J, 2023, The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii), pp. 269 in Zoological Journal of the Linnean Society 198 (1) on page 269, DOI: 10.1093/zoolinnean/zlac110, http://zenodo.org/record/7926996
DOI: 10.5281/zenodo.15144873
title: Table 10. Linear regression results for R. longurio Class Three data, with significant P in The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii)

description: Table 10. Linear regression results for R. longurio Class Three data, with significant P value in bold
CharacterCoefficientStd.errort valueP valueResidual SER 2Adj. R 2F statisticCoefficientStd. errort valueP valueResidual SEDFAICBICLS0.960.12–0.320.750.030.490.4865.741.260.102.540.0290.0910–23.81–22.90FS1.020.140.140.8890.030.440.4354.521.230.131.860.0930.1110–19.26–18.35PS0.890.13–0.820.4180.030.400.3945.010.970.16–0.190.8530.1410–14.58–13.67KC0.020.52–1.870.06510.110.00−0.010.001.070.051.350.2070.0510–36.36–35.45DH1.020.190.100.921170.040.290.2828.171.020.190.090.9300.1610–11.53–10.62DW0.900.30–0.340.7350.070.120.108.941.050.220.250.8080.1910–8.05–7.14DL0.840.14–1.190.23920.030.350.3436.591.190.121.530.1570.1110–19.48–18.57UL0.590.11–3.910.0002120.020.310.3031.170.920.16–0.470.6480.1410–14.31–13.40LL1.020.250.080.94070.050.190.1816.691.120.180.700.5000.1510–12.61–11.70CH1.030.160.200.83860.040.370.3640.170.990.15−0.040.9690.1310–16.21–15.30PF0.910.15–0.570.57230.030.340.3335.431.290.181.590.1430.1610–12.02–11.11
description: Published as part of Gayford, Joel H, Whitehead, Darren A, Ketchum, James T & Field, Daniel J, 2023, The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii), pp. 269 in Zoological Journal of the Linnean Society 198 (1) on page 269, DOI: 10.1093/zoolinnean/zlac110, http://zenodo.org/record/7926996
DOI: 10.5281/zenodo.15144874
title: Table 10. Linear regression results for R. longurio Class Three data, with significant P in The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii)

description: Table 10. Linear regression results for R. longurio Class Three data, with significant P value in bold
CharacterCoefficientStd.errort valueP valueResidual SER 2Adj. R 2F statisticCoefficientStd. errort valueP valueResidual SEDFAICBICLS0.960.12–0.320.750.030.490.4865.741.260.102.540.0290.0910–23.81–22.90FS1.020.140.140.8890.030.440.4354.521.230.131.860.0930.1110–19.26–18.35PS0.890.13–0.820.4180.030.400.3945.010.970.16–0.190.8530.1410–14.58–13.67KC0.020.52–1.870.06510.110.00−0.010.001.070.051.350.2070.0510–36.36–35.45DH1.020.190.100.921170.040.290.2828.171.020.190.090.9300.1610–11.53–10.62DW0.900.30–0.340.7350.070.120.108.941.050.220.250.8080.1910–8.05–7.14DL0.840.14–1.190.23920.030.350.3436.591.190.121.530.1570.1110–19.48–18.57UL0.590.11–3.910.0002120.020.310.3031.170.920.16–0.470.6480.1410–14.31–13.40LL1.020.250.080.94070.050.190.1816.691.120.180.700.5000.1510–12.61–11.70CH1.030.160.200.83860.040.370.3640.170.990.15−0.040.9690.1310–16.21–15.30PF0.910.15–0.570.57230.030.340.3335.431.290.181.590.1430.1610–12.02–11.11
description: Published as part of Gayford, Joel H, Whitehead, Darren A, Ketchum, James T & Field, Daniel J, 2023, The selective drivers of allometry in sharks (Chondrichthyes: Elasmobranchii), pp. 269 in Zoological Journal of the Linnean Society 198 (1) on page 269, DOI: 10.1093/zoolinnean/zlac110, http://zenodo.org/record/7926996
DOI: 10.5281/zenodo.13991315
title: NHM-beetles-crops

description: 729 annotated images of beetles in museum drawers. Images were automatically cropped from "Beetle Drawer Scans" (10.5519/0018095), using an early version of flat bug and adding a margin.

Each insect is annotated as a polygon.Annotations are contained in JSON file:  `instances_default.json` in the COCO format.Images were annotated by hand or semi-automatically (e.g., using Segment Anything).
DOI: 10.5281/zenodo.13991316
title: NHM-beetles-crops

description: 729 annotated images of beetles in museum drawers. Images were automatically cropped from "Beetle Drawer Scans" (10.5519/0018095), using an early version of flat bug and adding a margin.

Each insect is annotated as a polygon.Annotations are contained in JSON file:  `instances_default.json` in the COCO format.Images were annotated by hand or semi-automatically (e.g., using Segment Anything).
DOI: 10.5281/zenodo.15144875
title: TABLE 1 in A new species of Helvella (Helvellaceae, Pezizomycetes) within the H. macropus group from China

description: TABLE 1 Species names, Sample ID/Voucher and corresponding GenBank accession numbers of the taxa used in this study. The letter ET after the sample stands for epitype, HT for holotype, and IET for isoepitype.
Fungal SpeciesSample ID/VoucherGenBank Accession no. LSU TEFHSP 90ReferencesDissingia confusaO-253268MK100254MK113873KY784529Hansen et al. 2019D. leucomelaenaKH.06.01KC012682KC109207/Hansen et al. 2013D. leucomelaenaDMS-9190862MK100257MK113835/Hansen et al. 2019Helvella alpestrisO-253221 (H014) ETKY772909KY772826KY784191Skrede et al. 2017H. alpestrisO ex DAOM574891 (H460)MN655837MN658202KY784542Skrede et al. 2017, Løken et al. 2020H. alpinaO-255751 (H2106)MN655865MN689291MN692362Løken et al. 2020H. alpinaC-F-55730MN655863MN658193MN692361Løken et al. 2020H. coriumO-255756 (H2184)MN655873MN658196MN692370Løken et al. 2020H. coriumO-255757 (H547)MN655870MN658197MN692363Løken et al. 2020H. ephippioidesO-253267 (H085)KY772957KY772867KY784237Skrede et al. 2017H. fallaxC-F-84621 (H339) ETKY773117/KY784442Skrede et al. 2017H. fallaxO-253351 (H018)KY772913KY772830KY784195Skrede et al. 2017H. fallaxC-F-92108 (H430)KY773160/KY784524Skrede et al. 2017H. fibrosaC (H413) IET//KY784508Skrede et al. 2017H. fibrosaC-F-53774 (H357)KY773125/KY784458Skrede et al. 2017H. fibrosaO-291352 (H240)KY773069KY772898KY784358Skrede et al. 2017H. guttataHKAS 67836 HTOQ866045OQ863543OQ863527This studyH. guttataHKAS 69046OQ866046OQ863544OQ863528This studyH. guttataHKAS 69546OQ866047OQ863545OQ863529This studyH. guttataHKAS 69733OQ866048OQ863546OQ863530This studyH. guttataHKAS 87759OQ866049OQ863547OQ863531This studyH. macropusC Fungi Exs. Suec. 3266 (H412) ET//KY784507Skrede et al. 2017H. macropusO-253326 (H073)KY772954KY772863KY784233Skrede et al. 2017H. macropusFH (H119)KY772973KY772871KY784255Skrede et al. 2017H. macropusO-291425 (H238)KY773067KY772896KY784356Skrede et al. 2017H. macropusO-291391 (H239)KY773068KY772897KY784357Skrede et al. 2017H. macropusHKAS 84891KX506943//This studyH. macropusHKAS 84895KX506942//This studyH. macropusHKAS 84887KX506944//This studyH. macropusHKAS 84893KX506941//This studyH. macropusHKAS 78756KX506945//This studyH. macrospermaO-F-285169 (H2146)MN655844MN658201MN692322Løken et al. 2020H. macrospermaTROM-F-610004 (H2100)MN655843MN658198MN692321Løken et al. 2020H. macrospermaO-253328 (H029)KY772921KY772838KY784205Skrede et al. 2017, Løken et al. 2020H. nannfeldtiiTROM-F-610034 (H1972)MN655861MN658199MN692330Løken et al. 2020H. nannfeldtiiO-255744 (H954)MN655860MN689293MN692328Løken et al. 2020H. pezizoidesO-253366 (H061) ETKY772945KY772854KY784225Skrede et al. 2017H. pezizoidesO-253367 (H065)KY772949KY772857KY784229Skrede et al. 2017
Newly collected samples are indicated in bold.
description: Published as part of Lu, Jin-Rong, Yu, Feng-Ming, Lei, Lei, Zhang, Ying & Zhao, Qi, 2023, A new species of Helvella (Helvellaceae, Pezizomycetes) within the H. macropus group from China, pp. 214 in Phytotaxa 601 (3) on page 214, DOI: 10.11646/phytotaxa.601.3.2, http://zenodo.org/record/8141752
DOI: 10.5281/zenodo.15144876
title: TABLE 1 in A new species of Helvella (Helvellaceae, Pezizomycetes) within the H. macropus group from China

description: TABLE 1 Species names, Sample ID/Voucher and corresponding GenBank accession numbers of the taxa used in this study. The letter ET after the sample stands for epitype, HT for holotype, and IET for isoepitype.
Fungal SpeciesSample ID/VoucherGenBank Accession no. LSU TEFHSP 90ReferencesDissingia confusaO-253268MK100254MK113873KY784529Hansen et al. 2019D. leucomelaenaKH.06.01KC012682KC109207/Hansen et al. 2013D. leucomelaenaDMS-9190862MK100257MK113835/Hansen et al. 2019Helvella alpestrisO-253221 (H014) ETKY772909KY772826KY784191Skrede et al. 2017H. alpestrisO ex DAOM574891 (H460)MN655837MN658202KY784542Skrede et al. 2017, Løken et al. 2020H. alpinaO-255751 (H2106)MN655865MN689291MN692362Løken et al. 2020H. alpinaC-F-55730MN655863MN658193MN692361Løken et al. 2020H. coriumO-255756 (H2184)MN655873MN658196MN692370Løken et al. 2020H. coriumO-255757 (H547)MN655870MN658197MN692363Løken et al. 2020H. ephippioidesO-253267 (H085)KY772957KY772867KY784237Skrede et al. 2017H. fallaxC-F-84621 (H339) ETKY773117/KY784442Skrede et al. 2017H. fallaxO-253351 (H018)KY772913KY772830KY784195Skrede et al. 2017H. fallaxC-F-92108 (H430)KY773160/KY784524Skrede et al. 2017H. fibrosaC (H413) IET//KY784508Skrede et al. 2017H. fibrosaC-F-53774 (H357)KY773125/KY784458Skrede et al. 2017H. fibrosaO-291352 (H240)KY773069KY772898KY784358Skrede et al. 2017H. guttataHKAS 67836 HTOQ866045OQ863543OQ863527This studyH. guttataHKAS 69046OQ866046OQ863544OQ863528This studyH. guttataHKAS 69546OQ866047OQ863545OQ863529This studyH. guttataHKAS 69733OQ866048OQ863546OQ863530This studyH. guttataHKAS 87759OQ866049OQ863547OQ863531This studyH. macropusC Fungi Exs. Suec. 3266 (H412) ET//KY784507Skrede et al. 2017H. macropusO-253326 (H073)KY772954KY772863KY784233Skrede et al. 2017H. macropusFH (H119)KY772973KY772871KY784255Skrede et al. 2017H. macropusO-291425 (H238)KY773067KY772896KY784356Skrede et al. 2017H. macropusO-291391 (H239)KY773068KY772897KY784357Skrede et al. 2017H. macropusHKAS 84891KX506943//This studyH. macropusHKAS 84895KX506942//This studyH. macropusHKAS 84887KX506944//This studyH. macropusHKAS 84893KX506941//This studyH. macropusHKAS 78756KX506945//This studyH. macrospermaO-F-285169 (H2146)MN655844MN658201MN692322Løken et al. 2020H. macrospermaTROM-F-610004 (H2100)MN655843MN658198MN692321Løken et al. 2020H. macrospermaO-253328 (H029)KY772921KY772838KY784205Skrede et al. 2017, Løken et al. 2020H. nannfeldtiiTROM-F-610034 (H1972)MN655861MN658199MN692330Løken et al. 2020H. nannfeldtiiO-255744 (H954)MN655860MN689293MN692328Løken et al. 2020H. pezizoidesO-253366 (H061) ETKY772945KY772854KY784225Skrede et al. 2017H. pezizoidesO-253367 (H065)KY772949KY772857KY784229Skrede et al. 2017
Newly collected samples are indicated in bold.
description: Published as part of Lu, Jin-Rong, Yu, Feng-Ming, Lei, Lei, Zhang, Ying & Zhao, Qi, 2023, A new species of Helvella (Helvellaceae, Pezizomycetes) within the H. macropus group from China, pp. 214 in Phytotaxa 601 (3) on page 214, DOI: 10.11646/phytotaxa.601.3.2, http://zenodo.org/record/8141752
DOI: 10.5281/zenodo.13992497
title: Mothitor

description: A collection of 12 images obtained with the "Mothitor 3.0" during the summer of 2023 at the MacLeish Field Station, Smith College, Northampton, Massachusetts, USA. The Mothitor 3.0 is an automated light trap equipped with an Arducam 64MP camera and a 15-watt black light (UV light) as an attractor.

Each insect is annotated as a polygon.Annotations are contained, as polygons in COCO format, in `instances_default.json`.Images were annotated by hand or semi-automatically (e.g., using Segment Anything).
DOI: 10.5281/zenodo.13992498
title: Mothitor

description: A collection of 12 images obtained with the "Mothitor 3.0" during the summer of 2023 at the MacLeish Field Station, Smith College, Northampton, Massachusetts, USA. The Mothitor 3.0 is an automated light trap equipped with an Arducam 64MP camera and a 15-watt black light (UV light) as an attractor.

Each insect is annotated as a polygon.Annotations are contained, as polygons in COCO format, in `instances_default.json`.Images were annotated by hand or semi-automatically (e.g., using Segment Anything).
DOI: 10.5281/zenodo.15144878
title: TABLE 2 Main differences among H. ephippioides, H. fibrosa, H in A new species of Helvella (Helvellaceae, Pezizomycetes) within the H. macropus group from China

description: TABLE 2 Main differences among H. ephippioides, H. fibrosa, H. guttata, and H. macropus.
Characteristic featureH. ephippioidesH. fibrosaH. guttataH. macropusApotheciumCompressed-pezizoid, then saddle-shaped, 0.8–2.5 cm broad, with a free marginCupuliform, 2.3 cm broadShallowly cupulate to discoid, 1–2.5 cm broadCupuliform, 1.0–4.5 cm broadHymeniumSmooth, gray, smoky, hazel or sooty, rarely Rather dark grey-brown whiteEven, brown to dark brown, constantly mottled with patches of paler pigmentationEven, mouse-grey, grey-beige or greyish brownReceptacle surfaceSmoky or hazel and hairyConcolorous with hymenium, obviously covered by white furfuraceous scalesVillose to densely pubescent, greyish, light brown to dark brownConcolorous with hymenium or slightly paler, villose to densely pubescent, light to medium brown or grey brownStipe1.5–6 × 0.2–0.8 cm, smooth, concolorous with apothecium1.6 × 0.3 cm, solid, entirely grey-brown except at the extreme base which is pale grey, with furfuraceous surface1–6 × 0.2–0.5 cm, internally solid, villose to densely pubescent, concolorous with the receptacle surface1.2–7.0 × 0.2–1.0 cm, sometimes with a longitudinal or somewhat compressed groove at base solid, entirely grey, villous throughoutAsci250–322 × 15–19 μm240–280 × 18–23 μm200–300 × 14–22 μm210–350 × 13–19 μmParaphysesca. 2.5 μm wide, enlarged at apex4.5–8 μm wide, more or less enlarged at top, 3–4 × 7–10 μm, apex enlarged, brown containing gray pigment diffuse4–5 × 6–11 μm, progressively enlarged at apex, containing diffuse, pale gray pigmentAscosporesEllipsoid subfusiform, subacute on both sides, tri-guttulatis, 20–25 × 10 μmElliptic, containing a large central drop, (18.5) 19–20 (21.2) × 12–14 μmSubelliptic to subfusiform, uniguttulate, with large central globose to broadly ellipsoidal oil droplet, 21–27.5 × 11.5–15 μmFusiform to subfusiform, hyaline, tri- guttulate or unigutulate, warty in cotton blue, 20–25 × 10–12 μmReferencesImai 1932Van Vooren 2014This studyVan Vooren 2014, this study
description: Published as part of Lu, Jin-Rong, Yu, Feng-Ming, Lei, Lei, Zhang, Ying & Zhao, Qi, 2023, A new species of Helvella (Helvellaceae, Pezizomycetes) within the H. macropus group from China, pp. 218 in Phytotaxa 601 (3) on page 218, DOI: 10.11646/phytotaxa.601.3.2, http://zenodo.org/record/8141752
DOI: 10.5281/zenodo.15144877
title: TABLE 2 Main differences among H. ephippioides, H. fibrosa, H in A new species of Helvella (Helvellaceae, Pezizomycetes) within the H. macropus group from China

description: TABLE 2 Main differences among H. ephippioides, H. fibrosa, H. guttata, and H. macropus.
Characteristic featureH. ephippioidesH. fibrosaH. guttataH. macropusApotheciumCompressed-pezizoid, then saddle-shaped, 0.8–2.5 cm broad, with a free marginCupuliform, 2.3 cm broadShallowly cupulate to discoid, 1–2.5 cm broadCupuliform, 1.0–4.5 cm broadHymeniumSmooth, gray, smoky, hazel or sooty, rarely Rather dark grey-brown whiteEven, brown to dark brown, constantly mottled with patches of paler pigmentationEven, mouse-grey, grey-beige or greyish brownReceptacle surfaceSmoky or hazel and hairyConcolorous with hymenium, obviously covered by white furfuraceous scalesVillose to densely pubescent, greyish, light brown to dark brownConcolorous with hymenium or slightly paler, villose to densely pubescent, light to medium brown or grey brownStipe1.5–6 × 0.2–0.8 cm, smooth, concolorous with apothecium1.6 × 0.3 cm, solid, entirely grey-brown except at the extreme base which is pale grey, with furfuraceous surface1–6 × 0.2–0.5 cm, internally solid, villose to densely pubescent, concolorous with the receptacle surface1.2–7.0 × 0.2–1.0 cm, sometimes with a longitudinal or somewhat compressed groove at base solid, entirely grey, villous throughoutAsci250–322 × 15–19 μm240–280 × 18–23 μm200–300 × 14–22 μm210–350 × 13–19 μmParaphysesca. 2.5 μm wide, enlarged at apex4.5–8 μm wide, more or less enlarged at top, 3–4 × 7–10 μm, apex enlarged, brown containing gray pigment diffuse4–5 × 6–11 μm, progressively enlarged at apex, containing diffuse, pale gray pigmentAscosporesEllipsoid subfusiform, subacute on both sides, tri-guttulatis, 20–25 × 10 μmElliptic, containing a large central drop, (18.5) 19–20 (21.2) × 12–14 μmSubelliptic to subfusiform, uniguttulate, with large central globose to broadly ellipsoidal oil droplet, 21–27.5 × 11.5–15 μmFusiform to subfusiform, hyaline, tri- guttulate or unigutulate, warty in cotton blue, 20–25 × 10–12 μmReferencesImai 1932Van Vooren 2014This studyVan Vooren 2014, this study
description: Published as part of Lu, Jin-Rong, Yu, Feng-Ming, Lei, Lei, Zhang, Ying & Zhao, Qi, 2023, A new species of Helvella (Helvellaceae, Pezizomycetes) within the H. macropus group from China, pp. 218 in Phytotaxa 601 (3) on page 218, DOI: 10.11646/phytotaxa.601.3.2, http://zenodo.org/record/8141752
DOI: 10.5281/zenodo.13992487
title: ubc-scanned-sticky-cards

description: This dataset includes 50 yellow sticky cards collected on Calvert Island and across the Lower Mainland of British Columbia, Canada in the summers of 2022 and 2023 for various projects by the Plant-Insect Ecology and Evolution (PIEE) Lab at the University of British Columbia. These projects monitored berry insect pests, namely spotted wing drosophila and associated natural enemies. Half of the cards were photographed using Sticky Pi, an open-source smart trap, while the other half were scanned with an Epson Perfection V600 Scanner by PIEE Lab students and technicians.

Each insect is annotated as a polygon.Annotations are contained, as polygons in COCO format, in `instances_default.json`.Images were annotated by hand or semi-automatically (e.g., using Segment Anything).
DOI: 10.5281/zenodo.13992488
title: ubc-scanned-sticky-cards

description: This dataset includes 50 yellow sticky cards collected on Calvert Island and across the Lower Mainland of British Columbia, Canada in the summers of 2022 and 2023 for various projects by the Plant-Insect Ecology and Evolution (PIEE) Lab at the University of British Columbia. These projects monitored berry insect pests, namely spotted wing drosophila and associated natural enemies. Half of the cards were photographed using Sticky Pi, an open-source smart trap, while the other half were scanned with an Epson Perfection V600 Scanner by PIEE Lab students and technicians.

Each insect is annotated as a polygon.Annotations are contained, as polygons in COCO format, in `instances_default.json`.Images were annotated by hand or semi-automatically (e.g., using Segment Anything).