cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15144451
title: Table 2 in Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov.

description: Table 2. Measurements [in µm] of selected morphological structures of mature females of Pseudechiniscus asper mounted in Hoyer’s medium (N - number of specimens/structures measured, RANGE refers to the smallest and the largest structure amongst all measured specimens; SD - standard deviation).
CHARACTERNRANGEMEANSDµmspµmspµmspBody length2178-203712-8101917611870Scapular plate length225.0-25.1-25.1-0.1-Head appendages lengthsCirrus internus39.2-11.442.0-45.410.443.71.12.4Cephalic papilla33.5-4.713.9-18.84.116.40.63.4Cirrus externus314.8-19.459.2-77.316.668.22.512.8Clava34.3-5.917.2-20.35.118.80.82.2Cirrus A324.1-30.896.4-122.727.3109.63.418.6Cirrus A /Body length ratio214%-15%-14%-1%-Papilla on leg IV length43.0-3.612.0-13.93.413.00.31.4Claw 1 heightsBranch48.8-10.740.2-40.49.940.30.80.1Spur41.2-1.84.8-6.41.65.60.31.1Spur/branch length ratio312%-20%-16%-4%-Claw 2 heightsBranch38.5-9.838.0-39.09.338.50.70.7Spur31.2-1.44.8-5.21.35.00.10.3Spur/branch length ratio313%-16%-14%-2%-Claw 3 heightsBranch29.2-10.136.8-40.29.738.50.62.4Spur21.0-1.84.0-7.21.45.60.62.2Spur/branch length ratio211%-18%-14%-5%-Claw 4 heightsBranch211.6-11.646.2-46.211.646.20.0?Spur22.0-2.08.0-8.02.08.00.0?Spur/branch length ratio217%-17%-17%-0%-
description: Published as part of Voncina, Katarzyna, Kristensen, Reinhardt M. & Gasiorek, Piotr, 2020, Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov., pp. 527 in Zoosystematics and Evolution 96 (2) on page 527, DOI: 10.3897/zse.96.53324
DOI: 10.6084/m9.figshare.28669043
title: Data source for day-ahead dispatch method with key features of continuous power balance

description: We use IEEE 30-bus system and practical 661-bus utility system to verify the effectiveness of the proposed day-ahead dispatch method. The parameters of generators in the IEEE 30-bus system and the practical 661-bus utility system have been uploaded.
DOI: 10.5281/zenodo.15144452
title: Table 3 in Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov.

description: Table 3. Measurements [in µm] of selected morphological structures of mature males of Pseudechiniscus asper mounted in Hoyer’s medium. Measurements of the holotype taken from Abe et al. (1998).
CHARACTER♂HolotypeµmspµmBody length159675166Scapular plate length23.5-?Head appendages lengthsCirrus internus11.448.58.0Cephalic papilla4.720.0?Cirrus externus14.863.012.0Clava3.514.91.5Cirrus A19.482.620.0Cirrus A /Body length ratio12%-12%Papilla on leg IV length3.715.7?Claw 1 heightsBranch??ca. 9.0Spur???Spur/branch length ratio?-?Claw 2 heightsBranch11.147.2ca. 9.0Spur0.93.8?Spur/branch length ratio8%-?Claw 3 heightsBranch10.946.4ca. 9.0Spur???Spur/branch length ratio?-?Claw 4 heightsBranch13.155.7ca. 11.0Spur1.04.3?Spur/branch length ratio8%-?
description: Published as part of Voncina, Katarzyna, Kristensen, Reinhardt M. & Gasiorek, Piotr, 2020, Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov., pp. 527 in Zoosystematics and Evolution 96 (2) on page 527, DOI: 10.3897/zse.96.53324
DOI: 10.5281/zenodo.15144453
title: Table 3 in Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov.

description: Table 3. Measurements [in µm] of selected morphological structures of mature males of Pseudechiniscus asper mounted in Hoyer’s medium. Measurements of the holotype taken from Abe et al. (1998).
CHARACTER♂HolotypeµmspµmBody length159675166Scapular plate length23.5-?Head appendages lengthsCirrus internus11.448.58.0Cephalic papilla4.720.0?Cirrus externus14.863.012.0Clava3.514.91.5Cirrus A19.482.620.0Cirrus A /Body length ratio12%-12%Papilla on leg IV length3.715.7?Claw 1 heightsBranch??ca. 9.0Spur???Spur/branch length ratio?-?Claw 2 heightsBranch11.147.2ca. 9.0Spur0.93.8?Spur/branch length ratio8%-?Claw 3 heightsBranch10.946.4ca. 9.0Spur???Spur/branch length ratio?-?Claw 4 heightsBranch13.155.7ca. 11.0Spur1.04.3?Spur/branch length ratio8%-?
description: Published as part of Voncina, Katarzyna, Kristensen, Reinhardt M. & Gasiorek, Piotr, 2020, Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov., pp. 527 in Zoosystematics and Evolution 96 (2) on page 527, DOI: 10.3897/zse.96.53324
DOI: 10.5281/zenodo.14560803
title: Dataset for Impacts of Combined Ozone and Drought Extremes on US Soybean Yields

description: How do pollution and drought combine to threaten our food supply? In extreme drought years, ozone pollution and dry air significantly worsen soybean losses, especially in areas prone to drought. However, irrigation can offer some protection. If emissions stay high, soybean yields could drop by 37.5% during severe droughts, compared to 17.1% if emissions are reduced. These findings highlight the urgent need to cut emissions and develop strategies to tackle ozone and drought risks, ensuring food security in a warming climate.
DOI: 10.5281/zenodo.14560804
title: Dataset for Impacts of Combined Ozone and Drought Extremes on US Soybean Yields

description: How do pollution and drought combine to threaten our food supply? In extreme drought years, ozone pollution and dry air significantly worsen soybean losses, especially in areas prone to drought. However, irrigation can offer some protection. If emissions stay high, soybean yields could drop by 37.5% during severe droughts, compared to 17.1% if emissions are reduced. These findings highlight the urgent need to cut emissions and develop strategies to tackle ozone and drought risks, ensuring food security in a warming climate.
DOI: 10.5281/zenodo.15144454
title: Table 4 in Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov.

description: Table 4. Measurements [in µm] of selected morphological structures of mature female (holotype) and male (allotype) of Pseudechiniscus shintai sp. nov. mounted in Hoyer’s medium.
CHARACTERHolotype ♀Allotype ♂µmspµmspBody length196735178754Scapular plate length26.7-23.6-Head appendages lengthsCirrus internus6.825.58.234.7Cephalic papilla4.015.03.514.8Cirrus externus12.847.912.553.0Clava5.018.74.016.9Cirrus A23.186.525.3107.2Cirrus A /Body length ratio12%-14%-Papilla on leg IV length3.111.62.39.7Claw 1 heightsBranch8.732.67.330.9Spur2.28.21.45.9Spur/branch length ratio25%-19%-Claw 2 heightsBranch8.732.67.029.7Spur2.07.51.66.8Spur/branch length ratio23%-23%-Claw 3 heightsBranch8.833.07.230.5Spur1.97.11.14.7Spur/branch length ratio22%-15%-Claw 4 heightsBranch9.234.58.837.3Spur1.76.41.87.6Spur/branch length ratio18%-20%-
description: Published as part of Voncina, Katarzyna, Kristensen, Reinhardt M. & Gasiorek, Piotr, 2020, Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov., pp. 527 in Zoosystematics and Evolution 96 (2) on page 527, DOI: 10.3897/zse.96.53324
DOI: 10.5281/zenodo.15144455
title: Table 4 in Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov.

description: Table 4. Measurements [in µm] of selected morphological structures of mature female (holotype) and male (allotype) of Pseudechiniscus shintai sp. nov. mounted in Hoyer’s medium.
CHARACTERHolotype ♀Allotype ♂µmspµmspBody length196735178754Scapular plate length26.7-23.6-Head appendages lengthsCirrus internus6.825.58.234.7Cephalic papilla4.015.03.514.8Cirrus externus12.847.912.553.0Clava5.018.74.016.9Cirrus A23.186.525.3107.2Cirrus A /Body length ratio12%-14%-Papilla on leg IV length3.111.62.39.7Claw 1 heightsBranch8.732.67.330.9Spur2.28.21.45.9Spur/branch length ratio25%-19%-Claw 2 heightsBranch8.732.67.029.7Spur2.07.51.66.8Spur/branch length ratio23%-23%-Claw 3 heightsBranch8.833.07.230.5Spur1.97.11.14.7Spur/branch length ratio22%-15%-Claw 4 heightsBranch9.234.58.837.3Spur1.76.41.87.6Spur/branch length ratio18%-20%-
description: Published as part of Voncina, Katarzyna, Kristensen, Reinhardt M. & Gasiorek, Piotr, 2020, Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov., pp. 527 in Zoosystematics and Evolution 96 (2) on page 527, DOI: 10.3897/zse.96.53324
DOI: 10.5281/zenodo.15144456
title: Table 5 in Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov.

description: Table 5. Measurements [in µm] of selected morphological structures of juveniles of Pseudechiniscus shintai sp. nov. mounted in Hoyer’s medium (N - number of specimens/structures measured, RANGE refers to the smallest and the largest structure amongst all measured specimens; SD - standard deviation).
CHARACTERNRANGEMEANSDµmspµmspµmspBody length693-172597-7301446822749Scapular plate length713.2-24.1-21.7-3.6-Head appendages lengthsCirrus internus75.2-8.922.7-37.47.131.21.25.2Cephalic papilla62.0-4.311.9-18.43.014.50.82.2Cirrus externus76.1-12.141.9-51.710.046.81.93.6Clava23.9-4.417.6-18.84.218.20.40.8Cirrus A417.1-26.084.2-111.122.296.83.711.0Cirrus A /Body length ratio312%-16%-14%-2%-Papilla on leg IV length42.9-3.912.6-16.53.314.30.51.6Claw 1 heightsBranch55.9-7.830.5-44.77.134.90.75.6Spur50.9-1.75.9-7.41.46.70.30.5Spur/branch length ratio515%-23%-20%-3%-Claw 2 heightsBranch66.7-8.930.1-37.27.733.20.82.3Spur61.1-1.75.1-7.11.45.90.20.8Spur/branch length ratio616%-20%-18%-2%-Claw 3 heightsBranch65.3-9.029.2-40.27.234.31.24.0Spur61.0-1.85.5-7.61.46.70.30.9Spur/branch length ratio618%-21%-19%-1%-Claw 4 heightsBranch57.2-9.035.5-39.38.437.20.71.4Spur51.4-2.16.0-9.21.77.50.31.2Spur/branch length ratio516%-23%-20%-3%-
description: Published as part of Voncina, Katarzyna, Kristensen, Reinhardt M. & Gasiorek, Piotr, 2020, Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov., pp. 527 in Zoosystematics and Evolution 96 (2) on page 527, DOI: 10.3897/zse.96.53324
DOI: 10.5281/zenodo.15144457
title: Table 5 in Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov.

description: Table 5. Measurements [in µm] of selected morphological structures of juveniles of Pseudechiniscus shintai sp. nov. mounted in Hoyer’s medium (N - number of specimens/structures measured, RANGE refers to the smallest and the largest structure amongst all measured specimens; SD - standard deviation).
CHARACTERNRANGEMEANSDµmspµmspµmspBody length693-172597-7301446822749Scapular plate length713.2-24.1-21.7-3.6-Head appendages lengthsCirrus internus75.2-8.922.7-37.47.131.21.25.2Cephalic papilla62.0-4.311.9-18.43.014.50.82.2Cirrus externus76.1-12.141.9-51.710.046.81.93.6Clava23.9-4.417.6-18.84.218.20.40.8Cirrus A417.1-26.084.2-111.122.296.83.711.0Cirrus A /Body length ratio312%-16%-14%-2%-Papilla on leg IV length42.9-3.912.6-16.53.314.30.51.6Claw 1 heightsBranch55.9-7.830.5-44.77.134.90.75.6Spur50.9-1.75.9-7.41.46.70.30.5Spur/branch length ratio515%-23%-20%-3%-Claw 2 heightsBranch66.7-8.930.1-37.27.733.20.82.3Spur61.1-1.75.1-7.11.45.90.20.8Spur/branch length ratio616%-20%-18%-2%-Claw 3 heightsBranch65.3-9.029.2-40.27.234.31.24.0Spur61.0-1.85.5-7.61.46.70.30.9Spur/branch length ratio618%-21%-19%-1%-Claw 4 heightsBranch57.2-9.035.5-39.38.437.20.71.4Spur51.4-2.16.0-9.21.77.50.31.2Spur/branch length ratio516%-23%-20%-3%-
description: Published as part of Voncina, Katarzyna, Kristensen, Reinhardt M. & Gasiorek, Piotr, 2020, Pseudechiniscus in Japan: re-description of Pseudechiniscus asper Abe et al., 1998 and description of Pseudechiniscus shintai sp. nov., pp. 527 in Zoosystematics and Evolution 96 (2) on page 527, DOI: 10.3897/zse.96.53324
DOI: 10.15468/dl.tf8v5c
title: Occurrence Download

description: A dataset containing 1309 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Indigofera astragalina DC.",
 "Continent is Africa"
 ]
}

 The dataset includes 1309 records from 53 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0003467-250402121839773/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5281/zenodo.15144470
title: Table 1. Morphological differences between C in Castanopsis corallocarpus (Fagaceae), a new species from Royal Belum (Perak) in Peninsular Malaysia

description: Table 1. Morphological differences between C. corallocarpus and other species of Castanopsis of the Peninsular region.
CharactersC. corallocarpus W.H.Tan & StrijkC. inermis (Lindl.) Benth. & Hook.f.C. purpurea BarnettC. pierrei HanceC. rhamnifolia Miq. A.DC.1. Cupule surfaceCupule with basally reinforced, blunt coral-like spines arranged in continuous ridges. Ridges in young fruits often terminate only a few mm apart, resulting in hollow enclosures protecting the exterior inner cupule.Cupule sparsely covered with simple, short, curled thorns set in 3-5 lines.Cupule sparsely covered with woody, branched, curved spines.Cupule sparsely covered with woody, branched, curved spines.Cupule covered with tufted, erect, simple thorn-like structures.2. Number of cupule valves3(-4)2(-4)“dehiscent”, #valves unreported“dehiscent”, #valves unreported3- (4?), or indehiscent3. Number, size of acorns (l × w)1, 3.3-3.8 cm × 2.7-3.3 cm.(1)2-3, 1.5-2.5 cm × 1.5-3.5 cm.1-3 (4), 4.5-6 cm in diam.1-3 (4), 4-6 cm in diam.1, 1-1.5 cm × 1-1.5 cm.4. Acorn shape (ripe), positionAcorn globose, sessile and solitary.Irregularly globose, sessile and clustered (sometimes fused).Globose, stalked and solitary.Irregularly globose or bilobed, semi-stalked to sessile and solitary.Asymmetrically depressed subglobose, sessile solitary or in pairs.5. Acorn surfacePustulatedPustulatedUnreportedPustulatedUnreported6. Nut wallFreeFusedFreeFreeFused7. Nut indumentumFinely adpressed silver hairs on the umbo.Finely adpressed silver hairs on the umbo.Sparsely covered with adpressed white hairs.Dense white hairs, only around umbo.Unreported.8. Nut shape, size and scar (l × w)Rectangular and flattened at the base, 2.5-2.9 cm × 2.3-2.4 cm, scar 2.3-2.5 × 2.3-2.4 cm.Ovoid, emarginate, concave at the bottom, 1 cm × 1 cm, scar 0.2-0.3 × 1 cm.Ovoid and asymmetrically compressed, 2-3 cm × 1 cm, scar unreported.Ovoid, asymmetric and slightly curved, 3 × 1.5 cm, scar unreported.Asymmetrically depressed subglobose, 3.5-4 cm × 2-3 cm, scar basal 1 cm diam.9. Leaf shape, size (l × w)Elliptic, with cuneate base and acute apex, (11)13-17(19) × (2)3.5-5(6) cm.Obovate, obovate-oblong, oblong or lanceolate, 7-17 × 5-7 cm.Elliptic, oblong or obovate, 10-25 × 3.2-6.3 cm.Lanceolate or oblong, 10-20 × 3-6 cm.Oblong, elliptic or obovate, 10-20 × 3.5-8 cm.
description: Published as part of Tan, Wei Harn, Ong, Lisa & Strijk, Joeri Sergej, 2023, Castanopsis corallocarpus (Fagaceae), a new species from Royal Belum (Perak) in Peninsular Malaysia, pp. 1 in PhytoKeys 219 on page 1, DOI: 10.3897/phytokeys.219.95991
DOI: 10.5281/zenodo.15144471
title: Table 1. Morphological differences between C in Castanopsis corallocarpus (Fagaceae), a new species from Royal Belum (Perak) in Peninsular Malaysia

description: Table 1. Morphological differences between C. corallocarpus and other species of Castanopsis of the Peninsular region.
CharactersC. corallocarpus W.H.Tan & StrijkC. inermis (Lindl.) Benth. & Hook.f.C. purpurea BarnettC. pierrei HanceC. rhamnifolia Miq. A.DC.1. Cupule surfaceCupule with basally reinforced, blunt coral-like spines arranged in continuous ridges. Ridges in young fruits often terminate only a few mm apart, resulting in hollow enclosures protecting the exterior inner cupule.Cupule sparsely covered with simple, short, curled thorns set in 3-5 lines.Cupule sparsely covered with woody, branched, curved spines.Cupule sparsely covered with woody, branched, curved spines.Cupule covered with tufted, erect, simple thorn-like structures.2. Number of cupule valves3(-4)2(-4)“dehiscent”, #valves unreported“dehiscent”, #valves unreported3- (4?), or indehiscent3. Number, size of acorns (l × w)1, 3.3-3.8 cm × 2.7-3.3 cm.(1)2-3, 1.5-2.5 cm × 1.5-3.5 cm.1-3 (4), 4.5-6 cm in diam.1-3 (4), 4-6 cm in diam.1, 1-1.5 cm × 1-1.5 cm.4. Acorn shape (ripe), positionAcorn globose, sessile and solitary.Irregularly globose, sessile and clustered (sometimes fused).Globose, stalked and solitary.Irregularly globose or bilobed, semi-stalked to sessile and solitary.Asymmetrically depressed subglobose, sessile solitary or in pairs.5. Acorn surfacePustulatedPustulatedUnreportedPustulatedUnreported6. Nut wallFreeFusedFreeFreeFused7. Nut indumentumFinely adpressed silver hairs on the umbo.Finely adpressed silver hairs on the umbo.Sparsely covered with adpressed white hairs.Dense white hairs, only around umbo.Unreported.8. Nut shape, size and scar (l × w)Rectangular and flattened at the base, 2.5-2.9 cm × 2.3-2.4 cm, scar 2.3-2.5 × 2.3-2.4 cm.Ovoid, emarginate, concave at the bottom, 1 cm × 1 cm, scar 0.2-0.3 × 1 cm.Ovoid and asymmetrically compressed, 2-3 cm × 1 cm, scar unreported.Ovoid, asymmetric and slightly curved, 3 × 1.5 cm, scar unreported.Asymmetrically depressed subglobose, 3.5-4 cm × 2-3 cm, scar basal 1 cm diam.9. Leaf shape, size (l × w)Elliptic, with cuneate base and acute apex, (11)13-17(19) × (2)3.5-5(6) cm.Obovate, obovate-oblong, oblong or lanceolate, 7-17 × 5-7 cm.Elliptic, oblong or obovate, 10-25 × 3.2-6.3 cm.Lanceolate or oblong, 10-20 × 3-6 cm.Oblong, elliptic or obovate, 10-20 × 3.5-8 cm.
description: Published as part of Tan, Wei Harn, Ong, Lisa & Strijk, Joeri Sergej, 2023, Castanopsis corallocarpus (Fagaceae), a new species from Royal Belum (Perak) in Peninsular Malaysia, pp. 1 in PhytoKeys 219 on page 1, DOI: 10.3897/phytokeys.219.95991
DOI: 10.5281/zenodo.15144475
title: Table 1 in Revision of the genus Laophontodes T. Scott (Copepoda, Harpacticoida, Ancorabolidae), including the description of a new species and a key to species

description: Table 1. Confocal laser scanning microscopy (CLSM) settings. Ch1 = detection channel 1.
Acquisition resolution2048 × 2048Numerical aperture0.4Excitation beam splitterDD 488/561Detected emission wavelength (nm)Ch1: 570-629Ch2: 629-717Detector gain544 and 509 VAmplitude offset-1.7 and 0.8%Pinhole aperture (µm)53.0
description: Published as part of George, Kai Horst, Lehmanski, Linda Maria Anne & Kihara, Terue Cristina, 2020, Revision of the genus Laophontodes T. Scott (Copepoda, Harpacticoida, Ancorabolidae), including the description of a new species and a key to species, pp. 17 in ZooKeys 997 on page 17, DOI: 10.3897/zookeys.997.56965
DOI: 10.5281/zenodo.15144476
title: Table 1 in Revision of the genus Laophontodes T. Scott (Copepoda, Harpacticoida, Ancorabolidae), including the description of a new species and a key to species

description: Table 1. Confocal laser scanning microscopy (CLSM) settings. Ch1 = detection channel 1.
Acquisition resolution2048 × 2048Numerical aperture0.4Excitation beam splitterDD 488/561Detected emission wavelength (nm)Ch1: 570-629Ch2: 629-717Detector gain544 and 509 VAmplitude offset-1.7 and 0.8%Pinhole aperture (µm)53.0
description: Published as part of George, Kai Horst, Lehmanski, Linda Maria Anne & Kihara, Terue Cristina, 2020, Revision of the genus Laophontodes T. Scott (Copepoda, Harpacticoida, Ancorabolidae), including the description of a new species and a key to species, pp. 17 in ZooKeys 997 on page 17, DOI: 10.3897/zookeys.997.56965
DOI: 10.5281/zenodo.15144477
title: Table 2 in Revision of the genus Laophontodes T. Scott (Copepoda, Harpacticoida, Ancorabolidae), including the description of a new species and a key to species

description: Table 2. Laophontodes volkerlehmanskii sp. nov., setation of P2-P4. Roman numerals indicate outer spines.
Exp-1Exp-2Exp-3Enp-1Enp-2Enp-3P2I-0I-0III-2-000-2-0-P3 femaleI-0I-0III-2-000-2-0-P3 maleI-0I-0III-2-000 (apophysis)0-2-0P4 femaleI-0I-0III-2-000-2-0-P4 maleI-0I-0III-2-00I-2-0-
description: Published as part of George, Kai Horst, Lehmanski, Linda Maria Anne & Kihara, Terue Cristina, 2020, Revision of the genus Laophontodes T. Scott (Copepoda, Harpacticoida, Ancorabolidae), including the description of a new species and a key to species, pp. 17 in ZooKeys 997 on page 17, DOI: 10.3897/zookeys.997.56965
DOI: 10.5281/zenodo.15144478
title: Table 2 in Revision of the genus Laophontodes T. Scott (Copepoda, Harpacticoida, Ancorabolidae), including the description of a new species and a key to species

description: Table 2. Laophontodes volkerlehmanskii sp. nov., setation of P2-P4. Roman numerals indicate outer spines.
Exp-1Exp-2Exp-3Enp-1Enp-2Enp-3P2I-0I-0III-2-000-2-0-P3 femaleI-0I-0III-2-000-2-0-P3 maleI-0I-0III-2-000 (apophysis)0-2-0P4 femaleI-0I-0III-2-000-2-0-P4 maleI-0I-0III-2-00I-2-0-
description: Published as part of George, Kai Horst, Lehmanski, Linda Maria Anne & Kihara, Terue Cristina, 2020, Revision of the genus Laophontodes T. Scott (Copepoda, Harpacticoida, Ancorabolidae), including the description of a new species and a key to species, pp. 17 in ZooKeys 997 on page 17, DOI: 10.3897/zookeys.997.56965
DOI: 10.5281/zenodo.15144483
title: Table 1 in A peculiar new species of gall-inducing, clearwing moth (Lepidoptera, Sesiidae) associated with Cayaponia in the Atlantic Forest

description: Table 1. DNA barcode sequences of Sesiidae specimens used to infer the relationship of Neosphecia cecidogena (BOLD dataset DS-NEOSESII) within the tribe Melittiini.
GroupGenusSpeciesSpecimen voucherAccession numberGenBankBOLDIngroupMelittiabrabanti Le Cerf, 1917NS-RR051JN304556LNOUE514-11calabaza Duckworth & Eichlin, 1973USNM ENT 00831286MH592747LNAUS302-12cucurbitae (Harris, 1828)USNM ENT 00831289MH592773LNAUS305-12grandis (Strecker, 1881)USNM ENT 00831295MH592813LNAUS310-12gloriosa Edwards, 1880USNM ENT 00831292MH592712LNAUS308-12snowii Edwards, 1882CSU-CPG-LEP001016GU685631ABLCU016-09Neospheciacecidogena sp. nov.LMCI 263-33AMK210242MISA037-18LMCI 263-33BMK210243MISA038-18LMCI 263-33CMK210244MISA039-18LMCI 263-33DMK210241MISA040-18OutgroupCarmentabassiformis (Walker, 1856)USNM ENT 00831360MF124173LNAUS376-12Synanthedonexitiosa (Say, 1823)06-JKA-0240MH592851LSEU240-06
description: Published as part of Moreira, Gilson R. P., Gorbunov, Oleg G., Fochezato, Julia & Goncalves, Gislene L., 2019, A peculiar new species of gall-inducing, clearwing moth (Lepidoptera, Sesiidae) associated with Cayaponia in the Atlantic Forest, pp. 41 in ZooKeys 866 on page 41, DOI: 10.3897/zookeys.866.34202
DOI: 10.5281/zenodo.15144484
title: Table 1 in A peculiar new species of gall-inducing, clearwing moth (Lepidoptera, Sesiidae) associated with Cayaponia in the Atlantic Forest

description: Table 1. DNA barcode sequences of Sesiidae specimens used to infer the relationship of Neosphecia cecidogena (BOLD dataset DS-NEOSESII) within the tribe Melittiini.
GroupGenusSpeciesSpecimen voucherAccession numberGenBankBOLDIngroupMelittiabrabanti Le Cerf, 1917NS-RR051JN304556LNOUE514-11calabaza Duckworth & Eichlin, 1973USNM ENT 00831286MH592747LNAUS302-12cucurbitae (Harris, 1828)USNM ENT 00831289MH592773LNAUS305-12grandis (Strecker, 1881)USNM ENT 00831295MH592813LNAUS310-12gloriosa Edwards, 1880USNM ENT 00831292MH592712LNAUS308-12snowii Edwards, 1882CSU-CPG-LEP001016GU685631ABLCU016-09Neospheciacecidogena sp. nov.LMCI 263-33AMK210242MISA037-18LMCI 263-33BMK210243MISA038-18LMCI 263-33CMK210244MISA039-18LMCI 263-33DMK210241MISA040-18OutgroupCarmentabassiformis (Walker, 1856)USNM ENT 00831360MF124173LNAUS376-12Synanthedonexitiosa (Say, 1823)06-JKA-0240MH592851LSEU240-06
description: Published as part of Moreira, Gilson R. P., Gorbunov, Oleg G., Fochezato, Julia & Goncalves, Gislene L., 2019, A peculiar new species of gall-inducing, clearwing moth (Lepidoptera, Sesiidae) associated with Cayaponia in the Atlantic Forest, pp. 41 in ZooKeys 866 on page 41, DOI: 10.3897/zookeys.866.34202