cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Prosthechea fragrans W. E. Higgins, Phytologia
Creators: name: Vega, Hermes
name: Cetzal-Ix, William
name: Mó, Edgar
name: Romero-Soler, Katya J.
name: Basu, Saikat K.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Liliopsida
Asparagales
Orchidaceae
Prosthechea
Prosthechea fragrans

description: Prosthechea fragrans (Sw.) W.E.Higgins, Phytologia 82(5): 377. 1998.
Voucher: A. Molina R. & A.R. Molina 27904 (EAP, F).
description: Published as part of Vega, Hermes, Cetzal-Ix, William, Mó, Edgar, Romero-Soler, Katya J. & Basu, Saikat K., 2022, An Updated Checklist of the Orchidaceae of Honduras, pp. 1-80 in Phytotaxa 562 (1) on page 67, DOI: 10.11646/phytotaxa.562.1.1, http://zenodo.org/record/7073693
title: El Nunca, bien ponderado, celebre qual no otro, y alegre como qualquiera, casamiento de Juan Pindajo con Maria Curiana, sus celebridades, ropas, comida, dote, y demas ocurrencias que verá quien pagare dos quartos por cada papelillo
Creators: name: Anonyme
Publisher: name: NAKALA - https://nakala.fr (Huma-Num - CNRS)
publisherIdentifier: https://ror.org/04ces3204
publisherIdentifierScheme: ROR
Year: 2020

description: (4) p. ; ill.
«Mariquita Curiana...»
description: Source: Bibliothèque patrimoniale Villon (Rouen), fonds Degrave, Mt m 22418-1-AJ
description: date: S. d.
Pycnoclavella stanleyi Berrill & Abbott 1949
Creators: name: Lambert, Gretchen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Ascidiacea
Enterogona
Pycnoclavellidae
Pycnoclavella
Pycnoclavella stanleyi

description: Pycnoclavella stanleyi Berrill & Abbott, 1949
Figure 9 B–D
IHAK 15 BHAK 1008 Calvert Island, headland between Sixth and Seventh Beach. A dominant member of a low intertidal tide pool.
RHAK 6 BHAK 0634 UF 2485. Seventh Beach, north wall, low intertidal tide pool. May be the same tidepool as IHAK 15 but sampled on a different day. One colony with completely encrusted and embedded grey sand in many small narrow heads; clumps with Eudistoma ritteri, Aplidium kottae and A. californicum.
ZHAK 35 BHAK 3252 UF 2570. Sasquatch Commode tidepool, with Eudistoma ritteri and Metandrocarpa taylori Huntsman, 1912.
Bright yellow or orange tiny thoraxes emerge independently from a base in which the elongate abdomens are embedded in a matrix encrusted and impregnated with sand, with a maximum zooid length of less than 2 cm. The zooids, though tightly packed together, are actually independently covered by their own tunic and only share a common tunic at the base, as figured by Trason (1963). Each thorax has seven rows of stigmata, easily visible in the enlargement of part of a colony in Fig. 9B, photographed underwater in situ by G. Paulay. There may be some yellow or orange pigment on the abdomens (Trason 1963), or pigment may be occasionally lacking and the zooids including thoraxes are colorless and transparent, as pictured in Lamb & Hanby (2005). A complete description is given by Berrill & Abbott (1949) and Trason (1963). Distribution: British Columbia to northern Mexico (Lamb & Hanby 2005).
description: Published as part of Lambert, Gretchen, 2019, The Ascidiacea collected during the 2017 British Columbia Hakai MarineGEO BioBlitz, pp. 401-436 in Zootaxa 4657 (3) on page 416, DOI: 10.11646/zootaxa.4657.3.1, http://zenodo.org/record/3371886
Inferring stochastic rates from heterogeneous snapshots of particle positions
Creators: name: Miles, Christopher E.
name: McKinley, Scott A.
name: Ding, Fangyuan
name: Lehoucq, Richard B.
Publisher: name: arXiv
Year: 2023
Subjects: subject: Subcellular Processes (q-bio.SC)
subject: Statistics Theory (math.ST)
subject: Biological Physics (physics.bio-ph)
subject: Applications (stat.AP)
subject: FOS: Biological sciences
subject: FOS: Mathematics
subject: FOS: Physical sciences
subject: FOS: Computer and information sciences

description: Many imaging techniques for biological systems -- like fixation of cells coupled with fluorescence microscopy -- provide sharp spatial resolution in reporting locations of individuals at a single moment in time but also destroy the dynamics they intend to capture. These snapshot observations contain no information about individual trajectories, but still encode information about movement and demographic dynamics, especially when combined with a well-motivated biophysical model. The relationship between spatially evolving populations and single-moment representations of their collective locations is well-established with partial differential equations (PDEs) and their inverse problems. However, experimental data is commonly a set of locations whose number is insufficient to approximate a continuous-in-space PDE solution. Here, motivated by popular subcellular imaging data of gene expression, we embrace the stochastic nature of the data and investigate the mathematical foundations of parametrically inferring demographic rates from snapshots of particles undergoing birth, diffusion, and death in a nuclear or cellular domain. Toward inference, we rigorously derive a connection between individual particle paths and their presentation as a Poisson spatial process. Using this framework, we investigate the properties of the resulting inverse problem and study factors that affect quality of inference. One pervasive feature of this experimental regime is the presence of cell-to-cell heterogeneity. Rather than being a hindrance, we show that cell-to-cell geometric heterogeneity can increase the quality of inference on dynamics for certain parameter regimes. Altogether, the results serve as a basis for more detailed investigations of subcellular spatial patterns of RNA molecules and other stochastically evolving populations that can only be observed for single instants in their time evolution.
description: 33 pages, 6 figures
Prosthechea glauca Knowles & Westc., Fl. Cab.
Creators: name: Vega, Hermes
name: Cetzal-Ix, William
name: Mó, Edgar
name: Romero-Soler, Katya J.
name: Basu, Saikat K.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Liliopsida
Asparagales
Orchidaceae
Prosthechea
Prosthechea glauca

description: Prosthechea glauca Knowles & Westc., Fl. Cab. 2: 111. 1838.
Voucher: T. Hawkins 298 (EAP, MO).
description: Published as part of Vega, Hermes, Cetzal-Ix, William, Mó, Edgar, Romero-Soler, Katya J. & Basu, Saikat K., 2022, An Updated Checklist of the Orchidaceae of Honduras, pp. 1-80 in Phytotaxa 562 (1) on page 67, DOI: 10.11646/phytotaxa.562.1.1, http://zenodo.org/record/7073693
Stenocatantops splendens
Creators: name: Chand, D. Suresh
name: Das, Swapan Kumar
name: Kumar, Hirdesh
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Stenocatantops
Stenocatantops splendens

description: 7. Stenocatantops splendens (Thunberg, 1815)
1815. Gryllus splendens Thunberg, Mem. Acad. Sci. St. Petersb., 5: 236.
2007. Stenocatantops splendens, Chandra et al., Zoos’ Print Journal, 22 (5): 2686.
Material examined: 1 ex, Seijosa: East Kameng, 8.ii.2010; 4 exs, Yazali: Lower Subansiri, 4.iv.2010; 1 ex, Surbhi: Tawang, 11.v.2010; 1 ex, Koila lake: Tawang, 17.v.2010.
Distribution: India: Andaman & Nicobar Islands, Arunachal Pradesh, Assam, Bihar, Chhattisgarh, Delhi, Karnataka, Kerala, Madhya Pradesh, Maharashtra, Manipur, Meghalaya, Nagaland, Odisha, Rajasthan, Sikkim, Tamil Nadu, Tripura, Uttar Pradesh, and West Bengal. Elsewhere: Borneo, China Celebes, Hainan, Java, Korea, Malaysia, Moluccas Island, Myanmar, Nepal, New Guinea, Philippines, Sri Lanka, Sumatra, Taiwan, Thailand and Vietnam.
description: Published as part of Chand, D. Suresh, Das, Swapan Kumar & Kumar, Hirdesh, 2022, Diversity of short and long-horned grasshoppers of Arunachal Pradesh, India, pp. 65-72 in Records of the Zoological Survey of India 122 (1) on page 67, DOI: 10.26515/rzsi/v122/i1/2022/143670, http://zenodo.org/record/10956294
Newhousia yhaga C. W. Vieira, De Clerck et Payri 2016, sp. nov.
Creators: name: Vieira, Christophe
name: De Clerck, Olivier
name: Payri, Claude E.
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Chromista
Ochrophyta
Phaeophyceae
Dictyotales
Dictyotaceae
Newhousia
Newhousia yhaga

description: Newhousia yhaga C.W.Vieira, De Clerck et Payri sp. nov.
(Figure 2A–O).
Description
Thalli tightly adherent to and following the contours of dead-coral substrata (Figure 2A, B), fronds ovoid to irregularly lobed in surface outline (Figure 2C–E), to 3–4 mm in diameter, green khaki-gray (Figure 2A, B, D) or reddishbrown (Figure 2C) in color, consisting of multiple layers of imbricated, marginally meristematic encrusting blades (Figure 2F, G) cemented to the substratum and to each other (Figure 2C) across the whole of the undersurfaces and without anchoring rhizoids; stack of blades to 1 mm thick. Blades extend peripherally from a continuous marginal meristem (Figure 3E, H–J), 45.7±5.1 µm thick, bilayered, cells of the epidermal and hypodermal layers 11.3±2.4 µm and 34.3±3.9 µm thick respectively. Epidermal cells rectilinear in surface (Figure 2H–K), cross-sectional (Figure 2N). Hypodermal cells cuboidal in cross-section (Figure 2N), rectilinear or in long section (Figure 2O), 32.3±3.2 µm in width by 59.7±3.9 µm in length. Juvenile hairs (Figure 2L, M) clustered. Oogonia, antheridia and sporangia unknown. Differing from N. imbricata by (1) the distinctive radial development of surface blades from points of origin and (2) the 4% difference in rbc L nucleotide sequences [PC0063019 (IRD 11128) and IRD 11129].
Ethymology
The epithet “yhaga ” comes from the word “Yhag”, which is the general name for brown algae in Bel language that is spoken by the villages surrounding Madang Lagoon and in other areas in Madang province.
Holotype
PC0063019 (IRD11128), leg. C. Payri (13.xi.2012). Figure 2A, B.
Type locality
Paeowa Island, Madang Lagoon, Papua New Guinea (05.1745° S; 145.833° E), thalli on dead coral at - 10 m.
Distribution
Endemic so far to the northeastern shore of Papua New Guinea (Figure 1).
Habitat
Thalli consisting of multiple layers of tightly adhering crusts several cm 2 in surface area and cemented to hard substrata, intermixed with encrusting coralline algae (Figure 2B, D) at upper levels of inner and outer reef slopes from low intertidal to depths of 10 m in areas of strong to moderate water movement.
Specimens examined
1) Paeowa Island (PCT29; 5.1745° S; 145.833° E), (C. Payri, 13.xi.2012; IRD11128). Malamal Anchorage, Madang, Papua New Guinea (PCT12; - 5.11995° S; 145.823° E), Madang, Papua New Guinea, 18 November 2012, leg. C. Payri (C. Payri, 18.xi.2012; IRD11129).
description: Published as part of Vieira, Christophe, De Clerck, Olivier & Payri, Claude E., 2016, First report of the Hawaiian genus Newhousia (Dictyotales, Phaeophyceae) from Madang, Papua New Guinea and description of the new species N. yhaga sp. nov., pp. 31-37 in Botanica Marina (Warsaw, Poland) (Warsaw, Poland) 59 (1) on pages 34-35, DOI: 10.1515/bot-2015-0095, http://zenodo.org/record/10999935
Ascidia paratropa
Creators: name: Lambert, Gretchen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Ascidiacea
Enterogona
Ascidiidae
Ascidia
Ascidia paratropa

description: Ascidia paratropa (Huntsman, 1912)
Figure 10C
IHAK 55 BHAK 1731 UF 2542. Kwakshua Petroglyph Cliff, vertical rock wall high current. Scuba, 17–20 m. One specimen.
This species can be up to 11 cm in length and is thought to have a long life span. It is distinguished by its large columnar size and the clear colorless thick tunic covered with short tubercles. Its growth form is upright, attached only at the posterior end. Both siphons are at the anterior end. For detailed descriptions see Huntsman (1912a, b as Ascidiopsis paratropa) and Van Name (1945). This widely distributed but somewhat rare native of the west coast of N. America has a distribution from Alaska to central California (Van Name 1945; Abbott & Newberry 1980; Lamb & Hanby 2005).
description: Published as part of Lambert, Gretchen, 2019, The Ascidiacea collected during the 2017 British Columbia Hakai MarineGEO BioBlitz, pp. 401-436 in Zootaxa 4657 (3) on page 418, DOI: 10.11646/zootaxa.4657.3.1, http://zenodo.org/record/3371886
Prosthechea ionophlebia W. E. Higgins, Phytologia
Creators: name: Vega, Hermes
name: Cetzal-Ix, William
name: Mó, Edgar
name: Romero-Soler, Katya J.
name: Basu, Saikat K.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Liliopsida
Asparagales
Orchidaceae
Prosthechea
Prosthechea ionophlebia

description: Prosthechea ionophlebia (Rchb.f.) W.E.Higgins, Phytologia 82(5): 378. 1998.
Voucher: J.B. Edwards 405 (AMES). *NCR
description: Published as part of Vega, Hermes, Cetzal-Ix, William, Mó, Edgar, Romero-Soler, Katya J. & Basu, Saikat K., 2022, An Updated Checklist of the Orchidaceae of Honduras, pp. 1-80 in Phytotaxa 562 (1) on page 68, DOI: 10.11646/phytotaxa.562.1.1, http://zenodo.org/record/7073693
Nonclassical mechanical states in cavity optomechanics in the single-photon strong-coupling regime
Creators: name: Wise, Jonathan L.
name: Dutreix, Clément
name: Pistolesi, Fabio
Publisher: name: arXiv
Year: 2023
Subjects: subject: Quantum Physics (quant-ph)
subject: Mesoscale and Nanoscale Physics (cond-mat.mes-hall)
subject: FOS: Physical sciences

description: Generating nonclassical states of mechanical systems is a challenge relevant for testing the foundations of quantum mechanics and developing quantum technologies. Significant effort has been made to search for such states in the stationary behaviour of cavity optomechanical systems. We focus instead on the transient dynamics. We find that in the strong coupling regime the presence of an optical drive causes an initial mechanical coherent state to evolve to a nonclassical state, with strongly negative Wigner function. An analytical treatment for weak drive reveals that these states are quantum superpositions of coherent states. Numerical simulation shows that the presence of Wigner negativity is robust against weak dissipation.
Euherdmania claviformis
Creators: name: Lambert, Gretchen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Ascidiacea
Enterogona
Euherdmanniidae
Euherdmania
Euherdmania claviformis

description: Euherdmania claviformis (Ritter, 1903)
Figure 9 E–F
IHAK 60 BHAK 3243, 1738 UF 2549. Rattenbury Pinnacle, Scuba, 17–20 m.
RHAK 6 BHAK 0995. Low rocky intertidal. Tubes 6 cm long.
Clumps of long thin colorless zooids usually almost completely encrusted and embedded with grey sand, each zooid separate except at the common base formed from tightly interwoven branching basal stolons. Sometimes the anterior individual tubes are clear of sand (Fig. 9F). The thorax is comprised of 12 rows of very short stigmata. The esophageal region is very extended, with the ridged stomach (about six or seven plications) near the posterior end, followed by the testes and the heart. Ritter (1903) described this species in great detail, so impressed by its difference from all other known colonial ascidians that he established a new family and genus for it. While Ritter himself had to change the family and genus names due to their being preoccupied (Ritter 1904), this single genus family is still recognized as unusual, and contains only a few species. A detailed morphological description is also given by Van Name (1945); Trason (1957) described the larva and early post–settlement development. The present study extends the distribution from California (Abbott & Newberry 1980; Abbott et al. 2007) northward to Washington (unpublished observations) and British Columbia (present study).
description: Published as part of Lambert, Gretchen, 2019, The Ascidiacea collected during the 2017 British Columbia Hakai MarineGEO BioBlitz, pp. 401-436 in Zootaxa 4657 (3) on page 416, DOI: 10.11646/zootaxa.4657.3.1, http://zenodo.org/record/3371886
Chondracris rosea
Creators: name: Chand, D. Suresh
name: Das, Swapan Kumar
name: Kumar, Hirdesh
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Chondracris
Chondracris rosea

description: 8. Chondracris rosea (De Geer, 1773)
1773. Acridium roseum De Geer, Mem. Ins., 3: 488.
1914. Cyrtacanthacris rosea: Kirby, Fauna Brit. India, Orth.: 230.
Material examined: 1 ex, Pakke Tiger Reserve: East Kameng, 14.ii.2010; 5 exs, Yazali: Lower Subansiri, 4.iv.2010; 1 ex, Surbhi: Tawang, 11.v.2010; 2 exs, Kitpli: Tawang, 14.v.2010; 1 ex, Jang: Tawang, 16.v.2010.
Distribution: India: Andhra Pradesh, Arunachal Pradesh, Assam, Bihar, Goa, Himachal Pradesh, Kerala, Madhya Pradesh, Manipur, Meghalaya, Mizoram, Nagaland, Odisha, Sikkim, Tamil Nadu, Tripura, Uttarakhand, Uttar Pradesh and West Bengal. Elsewhere: Bangladesh; Bhutan; China; Hainan; Indonesia; Japan; Java; Korea; Manchuria; Myanmar; Philippines; Taiwan; Thailand and Vietnam.
description: Published as part of Chand, D. Suresh, Das, Swapan Kumar & Kumar, Hirdesh, 2022, Diversity of short and long-horned grasshoppers of Arunachal Pradesh, India, pp. 65-72 in Records of the Zoological Survey of India 122 (1) on page 67, DOI: 10.26515/rzsi/v122/i1/2022/143670, http://zenodo.org/record/10956294
Prosthechea livida W. E. Higgins, Phytologia
Creators: name: Vega, Hermes
name: Cetzal-Ix, William
name: Mó, Edgar
name: Romero-Soler, Katya J.
name: Basu, Saikat K.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Liliopsida
Asparagales
Orchidaceae
Prosthechea
Prosthechea livida

description: Prosthechea livida (Lindl.) W.E.Higgins, Phytologia 82(5): 379. 1998.
Voucher: A. Molina R. 11011 (EAP, F).
description: Published as part of Vega, Hermes, Cetzal-Ix, William, Mó, Edgar, Romero-Soler, Katya J. & Basu, Saikat K., 2022, An Updated Checklist of the Orchidaceae of Honduras, pp. 1-80 in Phytotaxa 562 (1) on page 68, DOI: 10.11646/phytotaxa.562.1.1, http://zenodo.org/record/7073693
Chelyosoma productum Stimpson 1864
Creators: name: Lambert, Gretchen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Ascidiacea
Enterogona
Corellidae
Chelyosoma
Chelyosoma productum

description: Chelyosoma productum Stimpson, 1864
Figure 10E
IHAK 12 BHAK 0617. Low rocky intertidal across small bay from Hakai dock. One very small (tissue sample only).
IHAK 18 BHAK 0642, 0643 UF 2493. Two small specimens, from under lab dock.
IHAK 36C in bulk sample.
MHAK 14 BHAK 0621. Tippy Rock Bay low intertidal on red alga Neorhodomela Masuda, 1982. Tissue sample only.
XHAK 1 Maey Channel ARMS 7.3 m. With Corella inflata (Huntsman, 1912) on plate.
XHAK 4 Spider Island ARMS, 9 m. Four on cross pieces, nine on plates.
XHAK 9 BHAK 2832, 2835 UF 2555, 2556. Kelpie Point ARMS, 5 m. Two small specimens on plates.
Like all members of the Corellidae, Chelysoma productum has spiral stigmata. Its most distinguishing characteristic, however, is the flat oval disk at the anterior end that bears the oral and atrial openings. This disk is composed of a species-specific pattern of translucent plates, a tunic adaptation peculiar to the genus. Huntsman (1912b) and Van Name (1945) give a detailed description of the plate pattern and other aspects of the morphology. There are six small triangular plates around each siphonal opening, two larger ones between the two openings, and a single row of plates of various sizes around the perimeter of the disk. The plates are annulated, suggesting possible growth rings, and are slightly separated from one another by tunic. An unusual pattern of muscles controls opening and closing of the siphons. The body is oriented obliquely anteroposteriorly, as shown in Fig. 10B. The digestive tract and gonad are on the right side, another trait of this family discussed at length by Huntsman (1912b). Distribution: Alaska to southern California (Huntsman 1912b; Van Name 1945; Abbott & Newberry 1980; O’Clair & O’Clair 1998; Lamb & Hanby 2005).
description: Published as part of Lambert, Gretchen, 2019, The Ascidiacea collected during the 2017 British Columbia Hakai MarineGEO BioBlitz, pp. 401-436 in Zootaxa 4657 (3) on page 418, DOI: 10.11646/zootaxa.4657.3.1, http://zenodo.org/record/3371886
An expanded computational model of cell envelope biogenesis for Escherichia coli
Creators: name: Afonso Tavares, Rui
Publisher: name: Leeds Beckett University
Year: 2025

description: A computational systems approach has been used to investigate the biogenesis of the
outer envelope of Escherichia coli. Specifically, a deterministic model incorporating the
lipopolysaccharide, peptidoglycan and phospholipid components. The expanded model
now contains 195 reacting species, making up 145 biochemical reactions, making it the
largest dynamic model published. The model was used to understand key regulatory
elements underpinning pathway regulation and its findings extrapolated to account for
phenotypic effects such as growth rates and cell envelope health. The model was capable
of producing the known amounts of endpoint metabolites for each of the relevant
pathways- Indicating that the parametrisation is reasonable for this network with steady
state achieved for most reactions. However, there are numerous nodes which are fitted
which can be a source of error. In order to test model predictions a strain library of
tuneable CRISPR recombinant E. coli, which can downregulate specific genes (between
5-30%) within this network was generated. During strain validation it was found that
genetic perturbation resulted in an associated accumulation at the metabolic level. This
strongly suggests that the effect observed in these recombinant strains is likely a result of
the perturbation of the specific gene of interest, making it an appropriate method to
constrain the metabolic model. Intriguingly, one of the recombinant strains (MsbA- LPS
flippase), when repressed caused a build up of DSMP which is the substrate for LpxK.
This association has not been published previously and potentially represents a novel
regulatory mechanism. However, more work is required in order to constrain and test the
model accuracy.
title: Transcription du manuscrit de Semur-en-Auxois, Bibliothèque Municipale, ms. 1
Creators: name: Aubert, Eduardo Henrik
name: Aubert, Eduardo Henrik
Publisher: name: NAKALA - https://nakala.fr (Huma-Num - CNRS)
publisherIdentifier: https://ror.org/04ces3204
publisherIdentifierScheme: ROR
Year: 2022
Subjects: subject: Semur-en-Auxois
subject: Laboratoire de médiévistique occidentale de Paris
subject: LaMOP

description: Transcription du manuscrit de Semur-en-Auxois, Bibliothèque Municipale, ms. 1
Patanga succincta
Creators: name: Chand, D. Suresh
name: Das, Swapan Kumar
name: Kumar, Hirdesh
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Patanga
Patanga succincta

description: 9. Patanga succincta (Johansson, 1763)
1846. Acridium assectator Fischer, Bull. Moscou, Moscow, 19: 235.
2007. Patanga succinct a, Chandra et al., Zoos’ Print Journal, 22 (5): 2686.
Material examined: 3 exs, Seijosa: East Kameng, 9.ii.2010; 1 ex, Ziro: Lower Subansiri, 1.iv.2010; 2exs, Yazali: Lower Subansiri, 4.iv.2010; 1 ex, Koila lake: Tawang, 17.v.2010.
Distribution: India: Andhra Pradesh, Arunachal Pradesh, Assam, Bihar, Assam, Bihar, Chhattisgarh, Delhi, Goa, Himachal Pradesh, Jammu & Kashmir, Kerala, Lakshadweep Island, Maharashtra, Manipur, Meghalaya, Odisha, Rajasthan, Tamil Nadu, Tripura, Uttarakhand, Uttar Pradesh and West Bengal. Elsewhere: Australia, Borneo, China, Hainan Island, Japan, Java, Malaysia, Myanmar, Pakistan, Philippines, South Arabia, Sri Lanka, South East Asia, Sumatra and Taiwan.
description: Published as part of Chand, D. Suresh, Das, Swapan Kumar & Kumar, Hirdesh, 2022, Diversity of short and long-horned grasshoppers of Arunachal Pradesh, India, pp. 65-72 in Records of the Zoological Survey of India 122 (1) on pages 67-68, DOI: 10.26515/rzsi/v122/i1/2022/143670, http://zenodo.org/record/10956294
Corella inflata
Creators: name: Lambert, Gretchen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Ascidiacea
Enterogona
Corellidae
Corella
Corella inflata

description: Corella inflata (Huntsman, 1912)
Figure 10F
IHAK 18 BHAK 0640, 0641, 0649, 0650, 0654 UF 2491, 2492, 2499, 2500, 2503. Under lab dock, common.
IHAK 40 Pruth Dock two specimens with several Halocynthia igaboja Oka, 1906.
XHAK 1 Maey Channel ARMS 7.3 m. On plates with C. willmeriana Herdman, 1898 and Chelyosoma productum.
XHAK 9 Kelpie Point ARMS 5 m. Several large specimens on plates. With C. willmeriana, small Chelyosoma productum, one Ascidia columbiana and small flat colonies of Distaplia occidentalis.
This common NE Pacific native species is often an abundant settler on newly cleared or otherwise unfouled surfaces and thus may be incredibly numerous on new marina floating docks or on long sabellid polychaete tubes. The intestine, rectum and gonoducts are on the right side, are short (less than half the body length), and end at the base of a very expanded atrial chamber that serves as a brood pouch. Oocytes are spawned into this large atrial cavity where they are fertilized and float until the tadpoles hatch and swim down and out of the atrial siphon. After settlement, the juveniles always develop with an alignment that assures that the atrial chamber will be uppermost, assuring that the brooded embryos will be retained until hatching. The species breeds year around in Washington; summer populations have a life span of only about five months, while winter populations live for about eight months (Lambert 1968, as C. willmeriana). Van Name (1945) incorrectly synonymized C. inflata under C. willmeriana; see Lambert et al. (1981) for detailed morphology and distinction from Corella willmeriana. Distribution: Alaska to Oregon (Lambert & Sanamyan 2001; Lamb & Hanby 2005; unpublished observations for recent Oregon records).
description: Published as part of Lambert, Gretchen, 2019, The Ascidiacea collected during the 2017 British Columbia Hakai MarineGEO BioBlitz, pp. 401-436 in Zootaxa 4657 (3) on page 419, DOI: 10.11646/zootaxa.4657.3.1, http://zenodo.org/record/3371886
Prosthechea madrensis Karremans, Acta Bot. Mex.
Creators: name: Vega, Hermes
name: Cetzal-Ix, William
name: Mó, Edgar
name: Romero-Soler, Katya J.
name: Basu, Saikat K.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Liliopsida
Asparagales
Orchidaceae
Prosthechea
Prosthechea madrensis

description: Prosthechea madrensis (Schltr.) Karremans, Acta Bot. Mex. 88: 48. 2009.
Voucher: K. Romero 732 (EAP). *NCR
description: Published as part of Vega, Hermes, Cetzal-Ix, William, Mó, Edgar, Romero-Soler, Katya J. & Basu, Saikat K., 2022, An Updated Checklist of the Orchidaceae of Honduras, pp. 1-80 in Phytotaxa 562 (1) on page 68, DOI: 10.11646/phytotaxa.562.1.1, http://zenodo.org/record/7073693
Mesopsis cylindricus
Creators: name: Chand, D. Suresh
name: Das, Swapan Kumar
name: Kumar, Hirdesh
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Mesopsis
Mesopsis cylindricus

description: 10. Mesopsis cylindricus (Kirby, 1914)
1914. Aswatthamanus cylindricus Kirby, Fauna Brit. India, Orth. 101.
2007. Mesopsis cylindricus: Saini & Mehta, Bionotes, 9 (3): 76.
Material examined: 1 ex, Ziro: Lower Subansiri, 3.iv.2010; 1 ex, Yazali: Lower Subansiri, 5.iv.2010; 3exs, Kitpli: Tawang, 14.v.2010; 1 ex, Jang: Tawang, 18.v.2010.
Distribution: India: Andhra Pradesh, Arunachal Pradesh, Bihar, Himachal Pradesh, Madhya Pradesh, Odisha, Punjab, Sikkim, and West Bengal.
description: Published as part of Chand, D. Suresh, Das, Swapan Kumar & Kumar, Hirdesh, 2022, Diversity of short and long-horned grasshoppers of Arunachal Pradesh, India, pp. 65-72 in Records of the Zoological Survey of India 122 (1) on page 68, DOI: 10.26515/rzsi/v122/i1/2022/143670, http://zenodo.org/record/10956294
Corella willmeriana Herdman 1898
Creators: name: Lambert, Gretchen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Ascidiacea
Enterogona
Corellidae
Corella
Corella willmeriana

description: Corella willmeriana Herdman, 1898
Figure 10G
IHAK 18 BHAK 0636, 0651, 0653, 1201 UF 2487, 2501, 2502, 2510. Under lab dock, common. Largest 4 cm long.
XHAK 1 Maey Channel ARMS plates, 7.3 m.
XHAK 2 Rattenbury Island ARMS 5.2 m. One large specimen on a crosspiece.
XHAK 3 Mercury Islet ARMS 5 m. Two specimens on plates.
XHAK 5 Lyte Group ARMS 9 m. One small specimen.
XHAK 7 Goldstream ARMS 5 m. One on a crosspiece.
XHAK 8 Westbeach ARMS 5 m. One on a crosspiece.
XHAK 9 Kelpie Point ARMS 5 m. Several large on plates, with small C.inflata, Chelyosoma productum, one Ascidia columbiana and small flat colonies of Distaplia occidentalis.
XHAK 11 Starfish ARMS 5 m. Two specimens on plates.
The primary differences between this and the preceding species are the long intestine and gonoducts (on the right side), which end very close to the atrial siphon (compare Figs. 10E, F). The atrial cavity is very small and the gametes are free-spawned, though as in Corella inflata, the oocytes float due to their large ammonia-filled follicle cells (Lambert & Lambert 1978). The body is attached at the posterior end and maintains an upright position, which facilitates gamete release at spawning into the surrounding sea water. See Lambert et al. (1981) for other differences and a detailed description. Distribution: Alaska to central California (Herdman 1898; Abbott & Newberry 1980; Lambert G et al. 1981; Lambert CC et al. 1996; Lambert & Sanamyan 2001).
description: Published as part of Lambert, Gretchen, 2019, The Ascidiacea collected during the 2017 British Columbia Hakai MarineGEO BioBlitz, pp. 401-436 in Zootaxa 4657 (3) on page 420, DOI: 10.11646/zootaxa.4657.3.1, http://zenodo.org/record/3371886
title: Activité du port de Saint-Malo – 1735 – Louannec
Creators: name: :Unkn
Publisher: name: NAKALA - https://nakala.fr (Huma-Num - CNRS)
publisherIdentifier: https://ror.org/04ces3204
publisherIdentifierScheme: ROR
Year: 2024
Subjects: subject: produits agroalimentaires
subject: alcool
subject: produits manufacturés
subject: produits combustibles
subject: céréales

description: Catégories de marchandises au départ de Saint-Malo : produits agroalimentaires ; alcool ; produits manufacturés
description: Marchandises arrivées à Saint-Malo : chanvre ; suif ; bled
description: Catégories de marchandises arrivées à Saint-Malo : produits combustibles ; produits agroalimentaires ; céréales ; produits manufacturés
description: Cette fiche est issue de l’enquête menée par Jean Delumeau sur l’activité du port de Saint-Malo au 17e et 18e siècle. Cette fiche correspond à l’activité de l’année 1735 avec le port "Louannec"
description: Marchandises au départ de Saint-Malo : cidre ; bière ; sabots ; chaises
description: Coverage: Petit cabotage
description: Bibliographic citation: MACÉ, Andrée. Le Commerce de Saint-Malo en 1735. DES : Histoire : Rennes : 1965 (Bibliothèque François-Lebrun, MH 1030)
description: date: Date de numérisation : 2021 à 2023
description: created: Années 1950-1960
The evolution of complex multicellularity in land plants.
Creators: name: Madhani, Hossein
name: Kourki, Arsham Nejad
Publisher: name: The Francis Crick Institute
Year: 2024
Subjects: classificationCode: Gene Expression
subject: Gene Expression
classificationCode: Developmental Biology
subject: Developmental Biology
classificationCode: Ecology,Evolution & Ethology
subject: Ecology,Evolution & Ethology
classificationCode: Computational & Systems Biology
subject: Computational & Systems Biology

description: The evolution of complex multicellularity in land plants represents a pivotal event in the history of life on Earth, characterized by significant increases in biological complexity. This transition, classified as a Major Evolutionary Transition (MET), is best understood through the framework of Evolutionary Transitions in Individuality (ETIs), which focuses on formerly independent entities forming higher-level units that lose their reproductive autonomy. While much of the ETI literature has concentrated on the early stages of multicellularity, such as the formation and maintenance stages, this paper seeks to address the less explored transformation stage. To do so, we apply an approach that we call Transitions in Structural Complexity (TSCs), which focuses on the emergence of new units of organization via the three key evolutionary processes of modularization, subfunctionalization, and integration to the evolution of land plants. To lay the groundwork, we first explore the relationships between sex, individuality, and units of selection to highlight a sexual life cycle-based perspective on ETIs by examining the early stages of the transition to multicellularity (formation) in the sexual life cycle of the unicellular common ancestor of land plants, emphasizing the differences between the transition to multicellularity in eumetazoans and land plants. We then directly apply the TSC approach in this group, identifying key evolutionary events such as the distinct evolutionary innovations like shoot, root, vascular systems, and specialized reproductive structures, arguing that bringing these under the broader rubric of TSCs affords a degree of explanatory unification. By examining these evolutionary processes, this paper provides a new perspective on the evolution of multicellularity in land plants, highlighting both parallels and distinctions with the animal kingdom.
Ciona savignyi Herdman 1882
Creators: name: Lambert, Gretchen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Ascidiacea
Enterogona
Cionidae
Ciona
Ciona savignyi

description: Ciona savignyi Herdman, 1882
Figure 10D
IHAK 18 BHAK 0637, 0638 UF 2488, 2489. Underside of lab dock. Two small, 4 cm long in tunic.
IHAK 23 BHAK 1684 UF 2514. Kelpie Point Scuba, 15 m. In shell of dead Balanus nubilus Darwin 1854.
IHAK 55 BHAK 1734 UF 2545. Kwakshua Petroglyph Cliff, Scuba, 17–20 m. Vertical rock wall, high current.
XHAK 1 BHAK 0635, 0648 UF 2486, 2498. Maey Channel ARMS 7.3 m. Two specimens on plate, longest 6.2 cm long.
Like all Ciona Fleming, 1822 species, C. savignyi is distinguished by several wide longitudinal muscle bands on each side of the body wall; five are visible through the transparent tunic in Fig. 10D. There is no red spot at the end of the sperm duct as in Ciona robusta Hoshino & Tokioka, 1967. Numerous whitish, yellow or orange spots are always visible in the body wall. The species may attain a length of up to 10 cm or more. A detailed morphological description is given by Hoshino & Nishikawa (1985).
The species is native to Japan but there is a 1903 dredging record of it from Alaska (Ritter 1913) and a 1937 record from a floating dock in southern British Columbia (see Hoshino & Nishikawa 1985); both records had originally been misidentified as Ciona intestinalis (Linnaeus, 1787) until reexamined by Hoshino and Nishikawa. Two specimens were recently collected from Ketchikan, Alaska, the first Alaska record since 1903 (Jurgens et al. 2018). It is considered cryptogenic in the present study.
Since the 1980’s it has become very abundant from southern British Columbia to southern California as a fouling organism on floating docks in marinas and also subtidally on natural substrates down to 20 m depth, and is considered introduced in those locations (Lambert & Lambert 1998, 2003; Lambert 2003; Lamb & Hanby 2005).
description: Published as part of Lambert, Gretchen, 2019, The Ascidiacea collected during the 2017 British Columbia Hakai MarineGEO BioBlitz, pp. 401-436 in Zootaxa 4657 (3) on page 420, DOI: 10.11646/zootaxa.4657.3.1, http://zenodo.org/record/3371886
Gelastorhinus filatus
Creators: name: Chand, D. Suresh
name: Das, Swapan Kumar
name: Kumar, Hirdesh
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Gelastorhinus
Gelastorhinus filatus

description: 11. Gelastorhinus filatus (Walker, 1870)
1870. Mesops filatus Walker, Cat. Derm. Salt. Brit. Mus., 4: 502.
1914. Gelastorhinus filatus: Kirby, Fauna Brit. India, Orth., 216.
Material examined: 3 exs, Ziro: Lower Subansiri, 2.iv.2010; 1 ex, Surbhi: Tawang, 12.v.2010; 1 ex, Koila lake: Tawang, 17.v.2010.
Distribution: India: Andhra Pradesh, Arunachal Pradesh, and North India. Elsewhere: China.
description: Published as part of Chand, D. Suresh, Das, Swapan Kumar & Kumar, Hirdesh, 2022, Diversity of short and long-horned grasshoppers of Arunachal Pradesh, India, pp. 65-72 in Records of the Zoological Survey of India 122 (1) on page 68, DOI: 10.26515/rzsi/v122/i1/2022/143670, http://zenodo.org/record/10956294
Prosthechea michuacana W. E. Higgins, Phytologia
Creators: name: Vega, Hermes
name: Cetzal-Ix, William
name: Mó, Edgar
name: Romero-Soler, Katya J.
name: Basu, Saikat K.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Liliopsida
Asparagales
Orchidaceae
Prosthechea
Prosthechea michuacana

description: Prosthechea michuacana (Lex.) W.E.Higgins, Phytologia 82(5): 379. 1998.
Voucher: G.E. Pilz 1513 (EAP).
description: Published as part of Vega, Hermes, Cetzal-Ix, William, Mó, Edgar, Romero-Soler, Katya J. & Basu, Saikat K., 2022, An Updated Checklist of the Orchidaceae of Honduras, pp. 1-80 in Phytotaxa 562 (1) on page 68, DOI: 10.11646/phytotaxa.562.1.1, http://zenodo.org/record/7073693
Gryllus undetermined
Creators: name: Cadena-Castañeda, Oscar J.
name: Gutiérrez, Yeisson
name: Bacca, Tito
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Haglotettigoniidae
Gryllus
Gryllus undetermined

description: Gryllus sp.
Comments. Identification at species level is not given because most of the records for Central and South America have been determined as Grylllus assimilis (Fabricius, 1775) when in fact this species probably does not have such a wide distribution. Most of the records were made in base of the original description by Saussure (1874, 1877) and they can actually be little studied species.
A revision of the genus Gryllus is badly needed. Significant contributions have been made by David et al. (2003), Desutter-Grandcolas & Robillard (2003) and Martins & Zefa (2011). Provisionally, we provide figures of the specimen, which could belong to any of the species described for the region.
Specimens examined. 1 male (Figs. 22 A–D) (PSO-CZ).
description: Published as part of Cadena-Castañeda, Oscar J., Gutiérrez, Yeisson & Bacca, Tito, 2016, New and little known Orthoptera (Ensifera and Caelifera) from the Ñambí River Natural Reserve, Nariño, Colombia, pp. 201-224 in Zootaxa 4162 (2) on page 217, DOI: 10.11646/zootaxa.4162.2.1, http://zenodo.org/record/258162
3D surface profilometry using neutral helium atoms
Creators: name: Radic, Aleksandar
name: Lambrick, Sam M.
name: von Jeinsen, Nick A.
name: Jardine, Andrew P.
name: Ward, David J.
Publisher: name: arXiv
Year: 2023
Subjects: subject: Atomic Physics (physics.atom-ph)
subject: Applied Physics (physics.app-ph)
subject: Instrumentation and Detectors (physics.ins-det)
subject: FOS: Physical sciences

description: Three-dimensional mapping of surface structures is important in a wide range of biological, technological, healthcare and research applications, including taxonomy, microfluidics and fabrication. Neutral helium atom beams have been established as a sensitive probe of topography and have already enabled structural information to be obtained from delicate samples, where conventional probes would cause damage. Here, we demonstrate empirical reconstruction of a complete surface profile using measurements from a scanning helium microscope (SHeM), using the heliometric stereo method and a single detector instrument geometry. Results for the surface profile of tetrahedral aluminum potassium sulphate crystals demonstrate the areas of surfaces and facet orientations can be recovered to within 5% of the expected values.
description: 7 pages (including bibliography), 5 figures (including Appendix). Published at Applied Physics Letters on 14th May 2024 (doi.org/10.1063/5.0206374)
Perophora annectens Ritter 1893
Creators: name: Lambert, Gretchen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Ascidiacea
Enterogona
Perophoridae
Perophora
Perophora annectens

description: Perophora annectens Ritter, 1893
Figure 10H
IHAK 37 BHAK 1705 UF 2522. Crazy Town surge channel, Scuba, 5 m. Large colony on kelp holdfast with Styela truncata Ritter, 1901.
IHAK 44 BHAK 1719 UF 2531. Rattenbury Pinnacle, Scuba, 21 m. On filamentous red alga.
MHAK 14 BHAK 0622. Tippy Rock Bay low intertidal with Boltenia villosa (Stimpson, 1864) and Metandrocarpa taylori.
This species is usually found as an epibiont growing over solitary ascidians or various algal species. The small zooids up to 3 mm in height are connected by stolons; colonies may be quite large and composed of hundreds of zooids. Rarely some of the zooids in a colony may be completely embedded in a common transparent tunic, though in each zooid the siphons open independently at the tunic surface. Zooids are yellowish-green with four rows of stigmata. Reproduction is both sexual with the embryos incubated in a special pouch in the atrial area, or asexual by stolonic budding. A detailed morphological description is given by Ritter (1893), Huntsman (1912b), and Van Name (1945). This is a common native species from southern Alaska to southern California on both natural and artificial surfaces (Huntsman 1912b; Van Name 1945; Abbott & Newberry 1980; O’Clair & O’Clair 1998; Lamb & Hanby 2005).
description: Published as part of Lambert, Gretchen, 2019, The Ascidiacea collected during the 2017 British Columbia Hakai MarineGEO BioBlitz, pp. 401-436 in Zootaxa 4657 (3) on page 421, DOI: 10.11646/zootaxa.4657.3.1, http://zenodo.org/record/3371886
Prosthechea neurosa W. E. Higgins, Phytologia
Creators: name: Vega, Hermes
name: Cetzal-Ix, William
name: Mó, Edgar
name: Romero-Soler, Katya J.
name: Basu, Saikat K.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Liliopsida
Asparagales
Orchidaceae
Prosthechea
Prosthechea neurosa

description: Prosthechea neurosa (Ames) W.E.Higgins, Phytologia 82(5): 378. 1998.
Voucher: J.B. Edwards 351 (AMES).
description: Published as part of Vega, Hermes, Cetzal-Ix, William, Mó, Edgar, Romero-Soler, Katya J. & Basu, Saikat K., 2022, An Updated Checklist of the Orchidaceae of Honduras, pp. 1-80 in Phytotaxa 562 (1) on page 68, DOI: 10.11646/phytotaxa.562.1.1, http://zenodo.org/record/7073693
BO'LG'USI BOSHLANG'ICH SINF O'QITUVCHILARIDA KASBIY-MA'NAVIY FAZILATLARNI TARBIYALASH TIZIMINI RIVOJLANTIRISH
Creators: name: Shobekova Nigora Mamurovna
Publisher: name: Zenodo
Year: 2024

description: Annotatsiya: nazkur maqolada bo'lg'usi boshlang'ich sinf o'qituvchilarini kasbiy-ma'naviy fazilatlarining mazmun-mohiyati, tarbiyalash tizimi va rivojlantirish maqsadi bayon etilgan

Kalit so`zlar: kasb, pedagoglik kasbi, kasbiy-ma'naviy fazilatlar, ijobiy sifatlar, salbiy sifatlar, tizim

Аннотация: в данной статье описывается сущность профессиональных и духовных качеств будущих учителей начальной школы, система подготовки и цели развития.

Ключевые слова: профессия, профессия педагога, профессионально-нравственные качества, положительные качества, отрицательные качества, система.

Abstract: this article describes the essence of the professional and spiritual qualities of future primary school teachers, the training system and development goals.

Key words: profession, profession of a teacher, professional and moral qualities, positive qualities, negative qualities, system
Metandrocarpa dura
Creators: name: Lambert, Gretchen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Ascidiacea
Pleurogona
Styelidae
Metandrocarpa
Metandrocarpa dura

description: Metandrocarpa dura (Ritter, 1896)
Figure 11B
IHAK 7 BHAK 0373 UF 2453. West Beach, south side, boulder field, low intertidal. One colony, a thick flat mat 7 × 5 × 4 mm thick.
IHAK 53 BHAK 1730 UF 2541. Choked Pass, Outer Sandspit, Scuba, 12 m.
All zooids are completely embedded in the tough red common tunic, though there is a shallow furrow between each zooid. The colonies are flat, usually no more than 5–6 mm in thickness, but may be composed of hundreds of zooids that attain a spread of up to 10 cm or more over hard surfaces. Both siphons of each zooid open independently on the tunic surface. The tunic is always smooth, never covered by epibionts.A detailed morphology is given by Huntsman (1912b, as M. dermatina) and Van Name (1945). Distribution: British Columbia to southern California (Ritter & Forsyth 1917; Van Name 1945; Lamb & Hanby 2005).
description: Published as part of Lambert, Gretchen, 2019, The Ascidiacea collected during the 2017 British Columbia Hakai MarineGEO BioBlitz, pp. 401-436 in Zootaxa 4657 (3) on page 421, DOI: 10.11646/zootaxa.4657.3.1, http://zenodo.org/record/3371886
Ceracris nigricornis subsp. nigricornis Walker 1870
Creators: name: Chand, D. Suresh
name: Das, Swapan Kumar
name: Kumar, Hirdesh
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Ceracris
Ceracris nigricornis
Ceracris nigricornis nigricornis walker, 1870

description: 12. Ceracris nigricornis nigricornis Walker, 1870
1870. Ceracris nigricornis Walker, Cat. Derm. Salt. Brit. Mus., 4: 791.
2003. Ceracris nigricornis nigricornis: Shishodia & Tandon, State Fauna Series, 10: Fauna of Sikkim, Part 2, Zool. Surv. India, 179.
Material examined: 6 exs, Ziro: Lower Subansiri, 2.iv.2010; 2 exs, Surbhi: Tawang, 11.v.2010; 4exs, Kitpli: Tawang, 14.v.2010; 1 ex, Jang: Tawang, 16.v.2010.
Distribution: India: Arunachal Pradesh, Assam, Bihar, Assam, Bihar, Haryana, Himachal Pradesh, Maharashtra, Manipur, Meghalaya, Nagaland, Sikkim, Uttarakhand, Tamil Nadu, Tripura and West Bengal. Elsewhere: Afghanistan, Myanmar, South China, Taiwan, Thailand and Vietnam.
description: Published as part of Chand, D. Suresh, Das, Swapan Kumar & Kumar, Hirdesh, 2022, Diversity of short and long-horned grasshoppers of Arunachal Pradesh, India, pp. 65-72 in Records of the Zoological Survey of India 122 (1) on page 68, DOI: 10.26515/rzsi/v122/i1/2022/143670, http://zenodo.org/record/10956294
Nonreciprocal Ballistic Transport in Asymmetric Bands
Creators: name: Zou, Minhao
name: Geng, Hao
name: Ma, Rong
name: Chen, Wei
name: Sheng, Li
name: Xing, Dingyu
Publisher: name: arXiv
Year: 2023
Subjects: subject: Mesoscale and Nanoscale Physics (cond-mat.mes-hall)
subject: FOS: Physical sciences

description: Nonreciprocal transport in uniform systems has attracted great research interest recently and the existing theories mainly focus on the diffusive regime. In this study, we uncover a novel scenario for nonreciprocal charge transport in the ballistic regime enabled by asymmetric band structures of the system. The asymmetry of the bands induces unequal Coulomb potentials within the system as the bias voltage imposed by the electrodes inverts its sign. As a result, the bands undergo different energy shifts as the current flows in opposite directions, giving rise to the nonreciprocity. Utilizing the gauge-invariant nonlinear transport theory, we show that the nonreciprocal transport predominantly originates from the second-order conductance, which violates the Onsager reciprocal relation but fulfills a generalized reciprocal relation similar to that of unidirectional magnetoresistance. The ballistic nonreciprocal transport phenomena differ from the diffusive ones by considering the internal asymmetric Coulomb potential, a factor not accounted for in diffusive cases but undeniably crucial in ballistic scenarios. Our work opens a avenue for implementing nonreciprocal transport in the ballistic regime and provides an alternative perspective for further experimental explorations for nonreciprocal transport.
description: 7 pages, 4 figures