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Evidence for speciation underground in diving beetles (Dytiscidae) from a subterranean archipelago
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Figure 1 from: Nair P, Huertas M, Nowlin WH (2020) Metabolic responses to long-term food deprivation in subterranean and surface amphipods. Subterranean Biology 33: 1-15. https://doi.org/10.3897/subtbiol.33.48483
Figure 1 Oxygen consumption in darkness for Stygobromus pecki and Synurella at 23 °C. Values are means ± Standard Error Means (SEM) for n = 5 animals.
Figure 2 from: Nair P, Huertas M, Nowlin WH (2020) Metabolic responses to long-term food deprivation in subterranean and surface amphipods. Subterranean Biology 33: 1-15. https://doi.org/10.3897/subtbiol.33.48483
Figure 2 Changes in the levels of body metabolites in Stygobromus pecki and Synurella sp. A Carbohydrates B proteins C lipids concentrations during long-term food deprivation at 23 °C in darkness. Values are means ± SEM for n = 5 replicates. (*) indicates significance at P < 0.05 for the main effects of Treatment, Time and the Time × Treatment interaction.
Figure 2 from: Bernardi LFO, Sperandei VF, Audino LD, Sena CH, Alves JA (2020) Notes on the predation of an assassin bug by a spider in a Neotropical cave. Subterranean Biology 33: 17-22. https://doi.org/10.3897/subtbiol.33.48292
Figure 2 Location of the cave where we observed the intraguild predation events in Sete Lagoas, Minas Gerais, Brazil.
Figure 1 from: Bernardi LFO, Sperandei VF, Audino LD, Sena CH, Alves JA (2020) Notes on the predation of an assassin bug by a spider in a Neotropical cave. Subterranean Biology 33: 17-22. https://doi.org/10.3897/subtbiol.33.48292
Figure 1 Adult specimens of Zelurus diasi (left) and Enoploctenus cyclotorax (right) observed in the study area.
Figure 3 from: Bernardi LFO, Sperandei VF, Audino LD, Sena CH, Alves JA (2020) Notes on the predation of an assassin bug by a spider in a Neotropical cave. Subterranean Biology 33: 17-22. https://doi.org/10.3897/subtbiol.33.48292
Figure 3 Intraguild predation between female Enoploctenus cyclotorax and adult Zelurus diasi observed during the study.
Fig. 213 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Fig. 213. Distribution map of Plusiocampinae Paclt, 1957 and tachycampoid phyletic lineage species in their habitats: subterranean, including natural and artificial caves (red squares), edaphic (black squares), MSS (green squares).
Fig. 212 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Fig. 212. Distribution map of species of Plusiocampinae Paclt, 1957 with medial posterior (or intermediate) notal macrosetae (red squares) and without these macrosetae (black squares).
Fig. 210 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Fig. 210. Distribution map of Plusiocampinae Paclt, 1957 and tachycampoid phyletic group genera in the Euro-Mediterranean area: Cestocampa Condé, 1956 (green squares), Hystrichocampa Condé, 1948 (grey squares), Jeannelicampa Condé, 1952 (brown squares), Oncinocampa Condé, 1982 (red squares), Paratachycampa Wygodzinsky, 1944 (black squares), Patrizicampa Condé, 1956 (yellow squares), Plusiocampa Silvestri, 1912 (navy blue squares), Tachycampa Silvestri, 1936 (violet squares) and Vandelicampa Condé, 1955 (light blue squares).
Fig. 209 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Fig. 209. Distribution map of Plusiocampinae Paclt, 1957 (red squares) and the tachycampoid phyletic group species (black squares) in the Euro-Mediterranean area.
Fig. 211 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Fig. 211. Distribution map of subgenera of Plusiocampa Silvestri, 1912: Dydimocampa Paclt, 1957 (blue squares), Pentachaetocampa Sendra & Weber, 2018 (black square), Plusiocampa s. str. (red squares), Stygiocampa Silvestri, 1934 (green squares) and Venetocampa Bareth & Condé, 1984 (yellow squares).
Figs 207–208. 207 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Figs 207–208. 207. Plusiocampa (Stygiocampa) nivea (Joseph, 1882), from Košanski spodmol (n. 902) Obrov, Podgrad, Slovenia (photo: Fulvio Gasparo). 208. Plusiocampa (Stygiocampa) dalmatica Condé, 1959, from Grotta Bac, VG 49, 400 m a.s.l., Trieste, Italy (photo: Fulvio Gasparo).
Figs 205–206. 205 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Figs 205–206. 205. Plusiocampa (Stygiocampa) dalmatica Condé, 1959 and the beetle Parapropus vitorogensis Ćurčić et al., 2012 (Leptodirini) feeding on a dead cave cricket, Troglophilus sp., in Vaganska pećina, Bosnia and Herzegovina (photo: Slavko Polak). 206. Paratachycampa hispanica Bareth & Condé, 1981, from Cirat Cave, Castellón, Spain (photo: Sergio Montagud).
Fig. 124 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Fig. 124. Plusiocampa (Plusiocampa) rhea Sendra sp. nov., holotype, ♂, 4.9 mm long, from Ideon Antron Cave entrance, Anogeia, Crete (MZB 2019-1033). Pronotum, mesonotum and metanotum, left side (s = setiform sensillum). Scale bar: 0.3 mm.
Figs 135–140 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Figs 135–140. Plusiocampa (Plusiocampa) strouhali cavicola Vornatscher, 1943, from Odelsteinhöhle, Styria, Austria (Coll. AS). 135. Apical and distal antennomeres. 136. Tip of apical antennomere. 137. Lateral distal view of medial antennomere. 138. Olfactory chemoreceptor. 139. Medial portion of a gouge sensillum, detail. 140. Central portion of a gouge sensillum, detail.
Figs 95–100 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Figs 95–100. Plusiocampa (Plusiocampa) lagari Sendra & Condé, 1987, from Chorros Cave, Riopar, Albacete, Spain (Coll. AS). 95. Cupuliform organ. 96. Medial antennomere. 97. Gouge and coniform sensilla. 98. Medial antennomere, detail with gouge and coniform sensilla. 99. Base of gouge sensillum, detail. 100. Medial portion of gouge sensillum, detail.
Figs 101–106 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Figs 101–106. Plusiocampa (Plusiocampa) lagari Sendra & Condé, 1987, from Chorros Cave, Riopar, Albacete, Spain (Coll. AS). 101. Head, dorso-lateral view. 102. Head, ventral view. 103. Detail of labial palp. 104. Labial palp. 105. Neuroglandular seta. 106. Tip of neuroglandular seta.
Figs 181–186 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Figs 181–186. Plusiocampa (Stygiocampa) remyi Condé, 1947, from Njegoš pećina, Njeguši, Kotor, Montenegro (Coll. AS). 181. Medial antennomere. 182. Distal portion of a medial antennomere. 183. Pretarsus of a metathoracic leg, lateral view with posterior claw in the foreground. 184. Distal portion of two gouge sensilla. 185. Ventral side of anterior claw, detail. 186. Pretarsus of a metathoracic leg, dorsal side.
Figs 83–88 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Figs 83–88. Plusiocampa (Plusiocampa) hoffmanni Sendra & Paragamian sp. nov., ♂, from Varathro Mythia Kabathoura, Rethymno, Crete (Coll. AS). 83. Urosternites I–II. 84. Macroseta on posterior portion of urosternite I. 85. Tip of urosternal appendage. 86. Latero-interior portion of posterior edge, with glandular g1 setae. 87. Urosternites VII–IX. 88. Left latero-posterior portion of urosternite VII.
Figs 77–82 in Flourishing in subterranean ecosystems: Euro-Mediterranean Plusiocampinae and tachycampoids (Diplura, Campodeidae)
Figs 77–82. Plusiocampa (Plusiocampa) hoffmanni Sendra & Paragamian sp. nov., metathoracic leg of ♀ from Varathro Stou Bokou ton Poro, Krousonas, Crete (Coll. AS). 77. Medial portion of tarsus in latero-ventral view, with a visible pseudo-articulation. 78. Joint between tibia and tarsus with their calcars. 79. Tarsus. 80. Detail of ventral side of anterior claw, lateral view. 81. Pretarsus, lateral anterior view. 82. Anterior claw, detail.
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
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DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
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