cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Forecast Cosmological Constraints with the 1D Wavelet Scattering Transform and the Lyman-$α$ forest
Creators: name: Tohfa, Hurum
name: Bird, Simeon
name: Ho, Ming-Feng
name: Qezlou, Mahdi
name: Fernandez, Martin
Publisher: name: arXiv
Year: 2023
Subjects: subject: Cosmology and Nongalactic Astrophysics (astro-ph.CO)
subject: FOS: Physical sciences

description: We make forecasts for the constraining power of the 1D Wavelet Scattering Transform (WST) when used with a Lyman-$α$ forest cosmology survey. Using mock simulations and a Fisher matrix, we show that there is considerable cosmological information in the scattering transform coefficients not captured by the flux power spectrum. We estimate mock covariance matrices assuming uncorrelated Gaussian pixel noise for each quasar, at a level drawn from a simple lognormal model. The extra information comes from a smaller estimated covariance in the first-order wavelet power, and from second-order wavelet coefficients which probe non-Gaussian information in the forest. Forecast constraints on cosmological parameters from the WST are more than an order of magnitude tighter than for the power spectrum, shrinking a $4D$ parameter space by a factor of $10^6$. Should these improvements be realised with DESI, inflationary running would be constrained to test common inflationary models predicting $α_s = - 6\times 10^{-4}$ and neutrino mass constraints would be improved enough for a $5-σ$ detection of the minimal neutrino mass.
Tungucypridopsis Victor 1983
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Cyprididae
Tungucypridopsis

description: Tungucypridopsis Victor, 1983
* Tungucypridopsis lairdi (Victor & Fernando, 1978) Victor 1983: PAC
Cypridopsis lairdi Victor & Fernando, 1978
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on page 107, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
From QFT to Boltzmann: Freeze-in in the presence of oscillating condensates
Creators: name: Ai, Wen-Yuan
name: Beniwal, Ankit
name: Maggi, Angelo
name: Marsh, David J. E.
Publisher: name: arXiv
Year: 2023
Subjects: subject: High Energy Physics - Phenomenology (hep-ph)
subject: Cosmology and Nongalactic Astrophysics (astro-ph.CO)
subject: High Energy Physics - Theory (hep-th)
subject: FOS: Physical sciences

description: Scalar dark matter (DM), and axions in particular, have an irreducible abundance of particles produced by freeze-in due to portal interactions with the Standard Model plasma in the early Universe. In addition, vacuum misalignment and other mechanisms can lead to the presence of a cold, oscillating condensate. Therefore, generically, the evolution of the DM in both forms, condensate and particles, needs to be studied simultaneously. In non-equilibrium quantum field theory, the condensate and particles are described by one- and two-point functions, respectively. The fundamental coupled equations of motion (EoMs) of these objects are non-local. To simplify the EoMs and bring them into a familiar form for relic abundance calculations, we perform a Markovianization process for a quasi-harmonically oscillating homogeneous condensate, leading to local EoMs for the particle distribution function and the envelope function of condensate oscillation. This reduces the dynamics to a pair of coupled Boltzmann equations, and we derive explicitly the form of the collision operators for all particle and condensate interactions.
description: 40 pages, 3 figures; v2: refs updated, minor changes, to match the published version; v3: (after publication) minor typos corrected
Coherent states of the Laguerre-Gauss modes
Creators: name: Rodríguez, M. P. Morales
name: Magaña-Loaiza, O. S.
name: Perez-Garcia, B.
name: Calzada, L. M. Nieto
name: Marroquín, F.
name: Rodríguez-Lara, B. M.
Publisher: name: arXiv
Year: 2023
Subjects: subject: Quantum Physics (quant-ph)
subject: FOS: Physical sciences

description: Large quantum photonic systems hold promise for surpassing classical computational limits, yet their state preparation remains a challenge. We propose an alternative approach to study multiparticle dynamics by mapping the excitation mode of these systems to physical properties of the Laguerre-Gauss modes. We construct coherent states establishing a direct link between excitation number dynamics and the evolution of the Laguerre-Gauss mode. This highlights the photon transverse spatial degree of freedom as a versatile platform for testing fundamental aspects of quantum multiparticle systems.
description: 14 pages, 7 figures
title: Impact des dispositifs de flexibilité pédagogique sur l'expression des compétences d'un élève TDA/H lors des évaluations sommatives de français
title: Impact des dispositifs de flexibilité pédagogique sur l'expression des compétences d'un élève TDA/H lors des évaluations sommatives de français
titleType: AlternativeTitle
Creators: name: Lob, Sophie
name: Martin, Clara Valentine
Publisher: name: Unknown
Year: 0
Subjects: subject: Trouble de l’attention avec ou sans hyperactivité
subject: besoins
subject: évaluations
subject: différenciation
subject: aménagements
subject: accessibilité

description: L’école à visée inclusive met en lumière l’importance de répondre aux besoins spécifiques de tous les élèves. Durant les évaluations sommatives, nous n’avons pas constaté la présence de dispositifs pédagogiques concernant les élèves ayant un trouble de l’attention avec ou sans hyperactivité. Partant de cette constatation, nous nous sommes interrogées sur l’impact des dispositifs de flexibilité pédagogiques sur l’expression des compétences des élèves TDA/H lors des évaluations sommatives de français. Dans un premier temps, nous avons réalisé un cadre théorique dans le but de recenser l’état de la littérature autour de cette thématique. Pour ce faire, nous nous sommes basés sur quatre axes principaux, à savoir le TDA/H, les besoins des élèves atteints de ce trouble, les évaluations en milieu scolaire ainsi que la flexibilité pédagogique. Nous avons ensuite mené une recherche sur le terrain auprès d’un élève de 4ème année diagnostiqué TDA/H. Nous avons procédé en différentes phases. Premièrement, nous avons identifié les dispositifs pédagogiques mis en place durant les évaluations pour la classe dans sa globalité, mais aussi pour cet élève en particulier. Dans le but d’identifier la pertinence de ces dispositifs, un entretien a été mené avec l’élève à postériori de chaque évaluation. Pour finir, nous avons analysé les données recueillies dans une démarche qualitative. Pour ce faire, nous avons mis en relation, pour chaque évaluation, les résultats que l’élève a obtenus ainsi que ses ressentis aux différents dispositifs mis en place. Les résultats obtenus tendent à soutenir notre hypothèse initiale qui avance que la mise en place de dispositifs flexibles, concernant la différenciation ainsi que les aménagements, permettent à l’élève ayant un TDA/H de maximiser l’expression de ses compétences durant les évaluations sommatives de français.
Typhlocypris Vejdovsky 1882
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Candonidae
Typhlocypris

description: Typhlocypris Vejdovský, 1882
Syn.: Cypris (Typhlocypris) Vejdovský, 1882 (fide Namiotko et al. 2014)
Syn.: Cavernocandona Hartmann, 1964 (fide Namiotko et al. 2014)
Typhlocypris cavicola (Klie, 1935) Karanovic 2005: PA
Candona cavicola Klie, 1935
Syn.: Pseudocandona pretneri Danielopol, 1982 (fide Karanovic 2005)
Typhlocypris danubialis (Iepure et al., 2007) Namiotko et al. 2014: PA
Pseudocandona danubialis Iepure et al., 2007
* Typhlocypris eremita (Vejdovský, 1882) Šoštarić 1888: PA
Cypris (Typhlocypris) eremita Vejdovský, 1882 (fide Namiotko et al. 2014)
Syn.: Candona szoecsi Farkas, 1958 (fide Karanovic 2005)
Syn.: Candona pannonicola Löffler, 1960 (fide Meisch 2000)
Syn.: Cavernocandona dispar Hartmann, 1964 (fide Meisch 2000)
Typhlocypris marmonieri (Namiotko & Danielopol, 2004) Namiotko et al. 2014: PA
Pseudocandona marmonieri Namiotko & Danielopol, 2004
Typhlocypris puteana (Klie, 1931) Karanovic 2005: PA
Candona puteana Klie, 1931
Typhlocypris (Typhlocypris) puteana (Klie, 1931) Karanovic 2005
Typhlocypris serbani (Danielopol, 1982) Namiotko et al. 2014: PA
Pseudocandona serbani Danielopol, 1982
Typhlocypris skadari Karanovic, 2005: PA
Typhlocypris (Typhlocypris) skadari Karanovic, 2005
Typhlocypris sywulai (Namiotko et al., 2004) Namiotko et al. 2014: PA
Pseudocandona sywulai Namiotko et al., 2004
Typhlocypris transylvanica (Iepure et al., 2007) Namiotko et al. 2014: PA
Pseudocandona transylvanica Iepure et al., 2007
Typhlocypris trigonella (Klie, 1931) Karanovic 2005: PA
Candona trigonella Klie, 1931
Typhlocypris (Typhlocypris) trigonella (Klie, 1931) Karanovic 2005
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on pages 107-108, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
Blaps faustii Seidlitz 1893
Creators: name: Chigray, Ivan
name: Ivanov, Alexander
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Coleoptera
Tenebrionidae
Blaps
Blaps faustii

description: Blaps faustii Seidlitz, 1893   (Figs 6, 27E)
Seidlitz, 1893: 305; Skopin, 1968: 86.
Material examined (ZIN). 1 m, ‘ Kazakhstan / Around Kazalinsk / Dorandsh / 20.x.[18]75 // 79221’ [in Cyrillics]; 1m: ‘ Uzbekistan / Bukhara / Amu Darya / Kelif / 10.vi.1904 / leg. Suvorov’ [in Cyrillics]; 1 f, ‘ Uzbekistan / Bishkent / Bukhara / 8.v.[18]97 / leg. Kazankov’ [in Cyrillics].
 Distribution. Kazakhstan, Uzbekistan, Turkmenistan, Tajikistan, Afghanistan (LÖBL et al. 2008).
Regional distribution. Northern and northeastern parts of the Kyzylkum desert (SKOPIN 1968).
description: Published as part of Chigray, Ivan & Ivanov, Alexander, 2020, A Review Of The Genus Blaps (Coleoptera: Tenebrionidae) Of Central And South Kazakhstan With Description Of Two New Species, pp. 111-162 in Acta Zoologica Academiae Scientiarum Hungaricae 66 (2) on pages 117-118, DOI: 10.17109/AZH.66.2.111.2020, http://zenodo.org/record/12626025
Non-isotropic Persistent Homology: Leveraging the Metric Dependency of PH
Creators: name: Grande, Vincent P.
name: Schaub, Michael T.
Publisher: name: arXiv
Year: 2023
Subjects: subject: Algebraic Topology (math.AT)
subject: Computational Geometry (cs.CG)
subject: Machine Learning (cs.LG)
subject: FOS: Mathematics
subject: FOS: Computer and information sciences

description: Persistent Homology is a widely used topological data analysis tool that creates a concise description of the topological properties of a point cloud based on a specified filtration. Most filtrations used for persistent homology depend (implicitly) on a chosen metric, which is typically agnostically chosen as the standard Euclidean metric on $\mathbb{R}^n$. Recent work has tried to uncover the 'true' metric on the point cloud using distance-to-measure functions, in order to obtain more meaningful persistent homology results. Here we propose an alternative look at this problem: we posit that information on the point cloud is lost when restricting persistent homology to a single (correct) distance function. Instead, we show how by varying the distance function on the underlying space and analysing the corresponding shifts in the persistence diagrams, we can extract additional topological and geometrical information. Finally, we numerically show that non-isotropic persistent homology can extract information on orientation, orientational variance, and scaling of randomly generated point clouds with good accuracy and conduct some experiments on real-world data.
description: 30 pages, 17 figures, comments welcome!
Blaps nitida Fischer von Waldheim 1844
Creators: name: Chigray, Ivan
name: Ivanov, Alexander
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Coleoptera
Tenebrionidae
Blaps
Blaps nitida

description: Blaps nitida Fischer von Waldheim, 1844   (Fig. 23)
Fischer von Waldheim 1844: 96; Seidlitz, 1893: 280; Skopin, 1961: 190.
Material examined (ZIN). 1 m, 1 f, ‘ Central Kazakhstan / Karaganda Region / 30 km west of Gulshad village [46°37’27.91”N, 73°57’55.11”E] / 17.ix.1964 / leg. N.G. Skopin’ [in Cyrillics].
 Comments. SKOPIN (1973) discussed the taxonomic position of Blaps nitida Fischer von Waldheim, 1844 and the very variable B. lethifera Marsham, 1802. The first taxon is listed as a subspecies of B. lethifera in the card index and the collection of ZIN, but as a valid species in the Catalogue of Palaearctic Coleoptera (LÖBL et al. 2008). The status of B. nitida can be clarified after the study of type specimens. In the subsequent key, B. nitida and B. lethifera are given in the same key couplet. ARNOLDI and MEDVEDEV (1969) did not mention B. nitida for Central Kazakhstan.
 Distribution. Kazakhstan, Russia (Western Siberia) (LÖBL et al. 2008).
Regional distribution. Central and Southeast Kazakhstan (SKOPIN 1961).
description: Published as part of Chigray, Ivan & Ivanov, Alexander, 2020, A Review Of The Genus Blaps (Coleoptera: Tenebrionidae) Of Central And South Kazakhstan With Description Of Two New Species, pp. 111-162 in Acta Zoologica Academiae Scientiarum Hungaricae 66 (2) on pages 134-135, DOI: 10.17109/AZH.66.2.111.2020, http://zenodo.org/record/12626025
Tyrrhenocythere Ruggieri 1955
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Hemicytheridae
Tyrrhenocythere

description: Tyrrhenocythere Ruggieri, 1955
Tyrrhenocythere amnicola (Sars, 1887) Schornikov, 1966: PA
Tyrrhenocythere amnicola amnicola (Sars, 1887) Schornikov 1966
Cythere amnicola Sars, 1887
Syn.: Cythere sicula Brady, 1902 (fide Schornikov 1981)
Syn.: * Thyrrhenocythere pignattii Ruggieri, 1955 (fide Schornikov 1981)
Tyrrhenocythere amnicola caspiensis Schornikov, 1981
Tyrrhenocythere amnicola dadayi Schornikov, 1981
Tyrrhenocythere donetziensis (Dubowsky, 1926) Krstić 1977: PA
Cythereis donetziensis Dubowsky, 1926
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on page 108, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
Ufocandona Kulkoyluoglu et al. 2017
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Hemicytheridae
Ufocandona

description: Ufocandona Külköylüoğlu et al., 2017
* Ufocandona hannaleeae Külköylüoğlu et al., 2017: NA
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on page 108, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
Uncinocythere Hart 1962
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Entocytheridae
Uncinocythere

description: Uncinocythere Hart, 1962
Uncinocythere allenae Hart & Hart, 1971: NA
Uncinocythere ambophora (Walton & Hobbs, 1959) Hart 1962: NA
Entocythere ambophora Walton & Hobbs, 1959
Uncinocythere bicuspide (Rioja, 1943) Hart 1962: NA, NT
Entocythere (Cytherites) bicuspide Rioja, 1943
Uncinocythere cassiensis Hart, 1965: NA
Uncinocythere caudata (Kozloff, 1955) Hart 1962: NA
Entocythere caudata Kozloff, 1959
Uncinocythere clemsonella (Crawford, 1961) Hart 1962: NA
Entocythere clemsonella Crawford, 1961
* Uncinocythere columbia (Dobbin, 1941) Hart 1962: NA
Entocythere columbia Dobbin, 1941
Uncinocythere cuadricuspide (Rioja, 1943) Hart 1962: NA
Entocythere cuadricuspide Rioja, 1943
Uncinocythere dobbinae (Rioja, 1943) Hart 1962: NT
Entocythere (Cytherites) dobbinae Rioja, 1943
Uncinocythere equicurva (Hoff, 1944) Hart 1962: NA
Entocythere equicurva Hoff, 1944
Syn.: Entocythere telmoecea Crawford, 1959 (fide Andolshek & Hobbs 1986)
Syn.: Entocythere lucifugas Walton & Hobbs, 1959 (fide Andolshek & Hobbs 1986)
Uncinocythere ericksoni (Kozloff, 1955) Hart 1962: NA
Entocythere ericksoni Kozloff, 1955
Uncinocythere holti Hart, 1965: NA
Uncinocythere neglecta (Westervelt & Kozloff, 1959) Hart 1962: NA
Entocythere neglecta Westerwelt & Kozloff, 1959
Uncinocythere occidentalis (Kozloff & Whitman, 1954) Hart 1962: NA, PA
Entocythere occidentalis Kozloff & Whitman, 1954
Uncinocythere pholetera (Hart & Hobbs, 1961) Hart 1962: NA
Entocythere pholetera Hart & Hobbs, 1961
Uncinocythere simondsi (Hobbs & Walton, 1960) Hart 1962: NA
Entocythere simondsi Hobbs & Walton, 1960
Uncinocythere spathe Hart & Hart, 1971: NA
Uncinocythere stubbsi Hobbs & Walton, 1966: NA
Uncinocythere thektura Hart, 1965: NA
Uncinocythere warreni Hobbs & Walton, 1968: NA
Uncinocythere xania (Hart & Hobbs, 1961) Hart 1962: NA
Entocythere xania Hart & Hobbs, 1961
Uncinocythere xena Hart & Hart, 1971: NA
Uncinocythere zancla Hobbs & Walton, 1963: NA
Uncinocythere zaruri Hobbs, 1971: NT
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on pages 108-109, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
Blaps transversalis Fischer von Waldheim 1844
Creators: name: Chigray, Ivan
name: Ivanov, Alexander
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Coleoptera
Tenebrionidae
Blaps
Blaps transversalis

description: Blaps transversalis Fischer von Waldheim, 1844   (Fig. 34)
 Fischer von Waldheim, 1844: 105; Seidlitz 1893: 285 (“Turkestan”); Skopin, 1960: 55 (larva); Skopin, 1961: 191; Skopin, 1968: 86; Arnoldi & Medvedev, 1969: 404; Ren et al. 2000; 27; Ren et al., 2016: 171.
Material examined (ZIN). 1 m, ‘ Southeast Kazakhstan / Alma-Ata Region / canyon of Kopaly River / 19.v.1909 / leg. Nedovpuk [ov]’ [in Cyrillics] [44°1’11.62”N, 75° 5’54.61”E]; 1 m, ‘ Southeast Kazakhstan / env. of Jambyl / Ulanbel village / 02.v.1960 / leg. L. Serkova’ [in Cyrillics] [44°49’34.59”N, 71°8’17.27”E]; 1 m, ‘ Southeast Kazakhstan / Jambyl / Khantau mountains / 25.vi.1969 / leg. K. Nurpeisov’ [in Cyrillics] [44°13’28.19”N, 73°55’28.64”E]; 1 f, ‘ Kyrgyzstan / Bishkek city / 15.v.1907 / leg. A. Jakobson’ [in Cyrillics] [42°53’10.32”N, 74°32’5.29”E]; 1 m, ‘ Kyrgyzstan / Chu River / Boom canyon / 30.iv.1956 / leg. N.G. Skopin’ [in Cyrillics] [42°40’30.86”N, 75°53’35.95”E].
 Distribution. Kazakhstan (ARNOLDI & MEDVEDEV 1969), China (LÖBL et al. 2008), Kyrgyzstan (SKOPIN 1961, 1968).
Regional distribution. Between Talas and the Chu rivers (SKOPIN 1961); eastern part of the Karatau Range, the Muyunkum Desert and valley area near the Chu River (SKOPIN 1968).
description: Published as part of Chigray, Ivan & Ivanov, Alexander, 2020, A Review Of The Genus Blaps (Coleoptera: Tenebrionidae) Of Central And South Kazakhstan With Description Of Two New Species, pp. 111-162 in Acta Zoologica Academiae Scientiarum Hungaricae 66 (2) on page 147, DOI: 10.17109/AZH.66.2.111.2020, http://zenodo.org/record/12626025
Blaps motschulskiana Bogatchev 1947
Creators: name: Chigray, Ivan
name: Ivanov, Alexander
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Coleoptera
Tenebrionidae
Blaps
Blaps motschulskiana

description: Blaps motschulskiana Bogatchev, 1947   (Figs 22, 36A)
 Motschulsky, 1845: 65 (“ Blaps gigantea ”); Seidlitz, 1893: 268 (“ B. gigantea ”); BOGATCHEV, 1947: 515 (B. motschulskiana, new name for B. gigantea Motschulsky, 1845 nec B. gigantea L. Petagna, 1819); Skopin, 1968: 87 (“ Lithoblaps gigantea ”).
 Type material examined (ZIN). Lectotype of Blaps gigantea Motschulsky, 1845 is designated here: m, ‘ Blaps gigantea Motschulsky / Tekke. // Lectotypus / Blaps gigantea Motschulsky, 1845 / des. I.A. Chigray’.
Material examined (ZIN). 1 m, ‘ Turkmenistan / Karahan / 15.v.1976 / leg. G. Medvedev’ [in Cyrillics]; 1 f, ‘Turkestan’; 1 f ‘ Turkmenistan / Trans-Caspian Region / Ashgabat / 3.v.1889 / leg. A. Semenov’ [in Cyrillics]; 1 m ‘ Turkmenistan / Trans-Caspian Region / Ashgabat / 2.v.1889 / leg. A. Semenov’ [in Cyrillics]; 2 ff ‘ Trans-Caspi G. / Turcmenien / leg. E. König’; 1 f ‘ Turkmenistan / Ashgabat / 1986 / leg. Varentsev’ [in Cyrillics].
 Distribution. Kazakhstan (SKOPIN 1968), Turkmenistan, Afghanistan (LÖBL et al. 2008).
Regional distribution. Southeastern parts of Kyzylkum desert and Syr Darya River near the border of Uzbekistan (SKOPIN 1968).
description: Published as part of Chigray, Ivan & Ivanov, Alexander, 2020, A Review Of The Genus Blaps (Coleoptera: Tenebrionidae) Of Central And South Kazakhstan With Description Of Two New Species, pp. 111-162 in Acta Zoologica Academiae Scientiarum Hungaricae 66 (2) on pages 133-134, DOI: 10.17109/AZH.66.2.111.2020, http://zenodo.org/record/12626025
Undulacandona Smith 2011
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Candonidae
Undulacandona

description: Undulacandona Smith, 2011
Undulacandona aeolus Karanovic & Cho, 2017: PA
Undulacandona andromeda Karanovic & Cho, 2017: PA
Undulacandona cetus Karanovic & Cho, 2017: PA
Undulacandona colymba Smith & Kamiya, 2015: PA
Undulacandona koreana Karanovic & Cho, 2017: PA
* Undulacandona spinula Smith, 2011: PA
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on page 109, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
Blaps virgo Seidlitz 1893
Creators: name: Chigray, Ivan
name: Ivanov, Alexander
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Coleoptera
Tenebrionidae
Blaps
Blaps virgo

description: Blaps virgo Seidlitz, 1893   (Fig. 39)
 Seidlitz, 1893: 307; Skopin, 1961: 190; Ren et al. 2000; 27; Ren et al., 2016: 178.
 Material examined. NHM. 1 m, ‘Haberhauer / Turkestan / 89 // Blaps akinina All // sagitta // Cotypus / Blaps sagitta Seidl. / N. Skopin design. / 1978’. ZIN. 1 m, 4 ff, ‘Naryn mountains / Semirechye Region / 6.vi.1905. / leg. Nezhivov’ [in Cyrillics]; 1 m, ‘Naryn mountains / Semirechye Region / 8.vi.1905. / leg. Nezhivov’ [in Cyrillics]; 2 ff, ‘Naryn mountains / Semirechye Region / 11.vi.1905. / leg. Nezhivov’ [in Cyrillics]; 1 m, Przhevalsk [Karakol] / 28.vi.04 / leg. Nezhivov’ [in Cyrillics]; 2 ff, ‘Naryn mountains / 9.vii.1904 / leg. Nezhivov’ [in Cyrillics]; 3 ff, ‘Naryn town / 10.vii.1904 // leg. Herz’; 1 f, ‘Naryn town / 11.vii.1904 ’; 1 f, ‘Naryn town / 20.vi.04 / leg. Nezhivov’ [in Cyrillics]; 3 mm, 1 f, ‘Southeast Kazakhstan / Dzungarian Alatau / 1.vi.1968 / leg. N.G. Skopin’ [in Cyrillics]; 1 m, 1 f, ‘Dzungarian Alatau / 5 km N Bien River / 22.v.1968 / leg. N.G. Skopin’ [in Cyrillics].
 Comments. A population of B. virgo with short mucro (1–1,5 mm) occurs near Bien River (Alma-Ata Region).
 Distribution. Kazakhstan, Kyrgyzstan, China (Xinjiang Region) (LÖBL et al. 2008, REN et al. 2016).
Regional distribution. Northern slopes of Terskey Alatau Range (Narynkol Region).
description: Published as part of Chigray, Ivan & Ivanov, Alexander, 2020, A Review Of The Genus Blaps (Coleoptera: Tenebrionidae) Of Central And South Kazakhstan With Description Of Two New Species, pp. 111-162 in Acta Zoologica Academiae Scientiarum Hungaricae 66 (2) on pages 151-152, DOI: 10.17109/AZH.66.2.111.2020, http://zenodo.org/record/12626025
Dineria Motschulsky 1860
Creators: name: Chigray, Ivan
name: Ivanov, Alexander
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Coleoptera
Tenebrionidae
Dineria

description: Subgenus Dineria Motschulsky, 1860
 Type species: Blaps confusa Ménétriés, 1832 (= Blaps halophila Fischer von Waldheim, 1820) by the subsequent designation (MEDVEDEV & IWAN 2006).
description: Published as part of Chigray, Ivan & Ivanov, Alexander, 2020, A Review Of The Genus Blaps (Coleoptera: Tenebrionidae) Of Central And South Kazakhstan With Description Of Two New Species, pp. 111-162 in Acta Zoologica Academiae Scientiarum Hungaricae 66 (2) on page 152, DOI: 10.17109/AZH.66.2.111.2020, http://zenodo.org/record/12626025
Vestalenula Rossetti & Martens 1998
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Darwinulidae
Vestalenula

description: Vestalenula Rossetti & Martens, 1998
* Vestalenula boteai (Danielopol, 1970) Rossetti & Martens 1998: OL, PA
Darwinula boteai Danielopol, 1970
Vestalenula botocuda Pinto et al., 2003: NT
Vestalenula carinata Pinto et al., 2013: NT
Vestalenula cornelia Smith et al., 2006: PA
Vestalenula cuneata (Klie, 1939) Rossetti & Martens 1998: AT, PA
Darwinula cuneata Klie, 1939
Vestalenula cylindrica (Straub, 1952) Janz et al. 2001: PA
Darwinula cylindrica Straub, 1952
Vestalenula danielopoli (Martens et al., 1997) Rossetti & Martens 1998: PA
Darwinula danielopoli Martens et al., 1997
Vestalenula daps (Harding, 1962) Rossetti & Martens 1998: AU, PAC
Darwinula daps Harding, 1962
Vestalenula flexuosa Rossetti & Martens, 1999: AT
Vestalenula inconspicua (Klie, 1935) Rossetti & Martens 1998: AT
Darwinula inconspicua Klie, 1935
Vestalenula irajai Pinto et al., 2003: NT
Vestalenula lundi (Neale & Victor, 1978) Rossetti & Martens 1998: OL, PA
Darwinula lundi Neale & Victor, 1978
Vestalenula marlieri (Kiss, 1959) Rossetti & Martens 1998: AT
Darwinula marlieri Kiss, 1959
Vestalenula marmonieri Rossetti & Martens, 1999: AU, PAC
Vestalenula matildae Martens & Rossetti, 2002: AU
Vestalenula molopoensis (Martens & Rossetti, 1997) Rossetti & Martens 1998: AT, OL, PA
Darwinula molopoensis Martens & Rossetti, 1997
Vestalenula pagliolii (Pinto & Kotzian, 1961) Rossetti & Martens 1998: NT, PA
Darwinula pagliolii Pinto & Kotzian, 1961
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on pages 109-110, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
BACK TO THE WITHDRAWING BOARD: USING DEPOSIT DATA TO PREDICT U.S. BANK FAILURES
Creators: name: Jankelow, Joshua
Publisher: name: Stanford Digital Repository
Year: 2024
Subjects: subject: Bank failures
subject: predictive models
subject: deposits
subject: financial markets
subject: accounting ratios
subject: machine learning
subject: Early Warning Systems

description: The recent collapses of First Republic Bank, Silicon Valley Bank and Signature Bank have reminded the financial world of the devastating impacts of bank failures. Economists have long sought to predict such failures to prevent their consequences and thus far, their empirical predictive models have predominantly evolved by taking advantage of greater computing power, availability of data and sophisticated computational techniques. Sophisticated as these models are, their inputs have largely gone unchanged over time, focusing on financial ratios and risk measures to depict a bank’s liquidity, solvency, and general capital adequacy. Behavioral Economics and recent history, however, illustrate that bank failures occur not just because of a bank’s financial position but also because of its depositors’ behavior. Therefore, I ask, can using deposit statistics improve the predictive performance of models that predict bank failure? I use the financial data of failed and surviving U.S. banks from 2007 to 2017, a decade of several bank failures. I find that models built off of deposit data are less effective than models built on capitalization when predicting large banks’ failure but more effective than models built on capitalization when predicting intermediate banks’ failure and when predicting small banks’ failure, with deposit data becoming more important as banks’ sizes decrease.
ACTRIS IMP Deliverable 3.1: Draft Innovation Strategy
Creators: name: Papageorgiou, Marina
name: Sciare, Jean
name: Dubost, Ariane
name: Laj, Paolo
name: Petäjä, Tuukka
name: Lappalainen, Hanna
name: Häme, Silja
name: CORNACCHIA, CARMELA
name: Bezentakos, Spyros
Publisher: name: Zenodo
Year: 2021
Subjects: ACTRIS
innovation

description: This document is prepared in the context of the activities of the ACTRIS IMP project, in particular in Work Package 3 which provides strategic guidance and steering to enhance the relevance of ACTRIS to science, innovation and society, and monitors the impact and added value of ACTRIS. More specifically, it relates to Task 3.2, which is dedicated to building the strategy for innovation in ACTRIS.

Accordingly, this deliverable outlines a draft innovation strategy for ACTRIS to ensure that technologies in ACTRIS remain state-of-the-art, and align with the scientific mission of the RI, adopted by international standards and closely connected to the commercial market as a supplier, technology partner and user.
Waltoncythere Hobbs & Peters 1978
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Entocytheridae
Waltoncythere

description: Waltoncythere Hobbs & Peters, 1978
* Waltoncythere acuta (Hobbs & Peters, 1977) Hobbs & Peters 1978: NA
Aphelocythere acuta Hobbs & Peters, 1977
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on page 110, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
Microchelonus constrictus Pappf 1999
Creators: name: Papp, Jenő
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Braconidae
Microchelonus
Microchelonus constrictus

description: Microchelonus constrictus Papp, 1999   (Figs 133–138)
 Microchelonusconstrictus Papp, 1999: 185 f, typelocality: Argentina, BuenosAires, RamosMejia, femaleholotypeandtwofemaleparatypesinHNHM; examined.
 Emendated features to the original description (Papp l.c.) –fBody 3–3.3 mm long. Scape thick, 2.1 timesaslongasbroad (Fig. 133). Eyeindorsalviewone- thirdlongerthantemple, templerounded (Fig. 135). Hindfemurthick, 2.5 timesaslongasbroadmedially (Fig. 136). Fore wing: pterostigma 2.5 times as long as wide, issuing r from its middle, 1–R1 0.7 times aslongaspterostigma (Fig. 137). Carapaceindorsalview 1.9 timesaslongasbroadjust posteriorlyfromitsmiddle, longitudinallystrio-rugose, apicallyrugo-rugulose (Fig. 138).
 Distribution – Argentina.
 Taxonomicposition – Inthekeytothefemale Microchelonus species M. constrictus runs to M. brasiliensis (Brues), see couplets 92 (95) – 94 (93). In the originaldescription M. constrictus isrelatedto M. paullus and M. townsendi (Viereck) (PAPP 1999: 187).
description: Published as part of Papp, Jenő, 2016, First Survey Of The Neotropical Species Of Microchelonus Szépligeti With Descriptions Of Twenty-Five New Species (Hymenoptera: Braconidae: Cheloninae), pp. 217-344 in Acta Zoologica Academiae Scientiarum Hungaricae 62 (3) on page 246, DOI: 10.17109/AZH.62.3.217.2016, http://zenodo.org/record/12626151
Microchelonus hadrogaster Papp 2010
Creators: name: Papp, Jenő
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Braconidae
Microchelonus
Microchelonus hadrogaster

description: Microchelonus hadrogaster (McComb, 1968)   (Figs 246–253)
 Chelonus (Microchelonus) hadrogaster McComb, 1968: 9 (in key) and 70 (description) fm, typelocality: Mott, NorthDakota, USA, holotypeisdepositedinUSNM; notexamined.
 Microchelonus hadrogaster (McComb): ShENEfElt 1973: 888 (comb. n., literature up to 1968). PAPP 2010: 183 (in key).
 Material examined (3 ff + 3 mm in HNHM) – 1 f: USA, Utah, 30 miles fom Verhal, 8400’. 1 f: USA, Maine, Franklincounty, Strong. 1 f + 3 mm: USA, Wyoming, Albany county, MedicineBowNationalForest, 5 milesfromSWLincolnMonument, meadownear mixedforest.
 Additional features to the original description (McComb l.c.) – fm. Body 3–3.2 mm long. Antennaofmalewith 22–24 flagellomeres, penultimateflagellomere 1.6 timesaslongas broad (Fig. 246). Headindorsalviewtransverse, 1.8 timesasbroadaslong, eyesomewhat longerthantemple (18:15, Fig. 247). Eyeinlateralviewtwiceashighaswide, genabeyond eyewide, one- fourthwiderthaneye, somewhatstronglysubstriolated (Fig. 248 seearrows). Forewing: pterostigmathreetimeslongerthanwide, issuing r clearlydistallyfrom itsmiddle, 1– R 1 halfaslongaspterostigma, SR1 bentoutwards (Fig. 249 seearrows). Male carapaceindorsalviewtwiceaslongasbroadmedially, parallel-sided, striated (Fig. 250). Malecarapaceinlateralviewthreetimesaslongashighposteriorly (Fig. 251 seearrows). Malecarapaceapico-ventrallywithapointedsulculus (Fig. 253). Apicalforamenofmale carapaceelliptic, 1.4 timesaswideashigh. Scapeandpedicelblack.
Hostunknown.
 Distribution – USA: Idaho, NorthDakota, Utah, Wyoming.
description: Published as part of Papp, Jenő, 2016, First Survey Of The Neotropical Species Of Microchelonus Szépligeti With Descriptions Of Twenty-Five New Species (Hymenoptera: Braconidae: Cheloninae), pp. 217-344 in Acta Zoologica Academiae Scientiarum Hungaricae 62 (3) on page 263, DOI: 10.17109/AZH.62.3.217.2016, http://zenodo.org/record/12626151
Xestoleberis Sars 1866
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Xestoleberididae
Xestoleberis

description: Xestoleberis Sars, 1866
Xestoleberis arcturi Triebel, 1956: NT
* Xestoleberis aurantia (Baird, 1838) Sars 1866: PA
Cythere aurantia Baird, 1838
Xestoleberis curassavica Klie, 1939: PA, NT
Xestoleberis fuscomaculata G.W. Müller, 1894: PA
Xestoleberis mixohalina Keyser, 1976: NA
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on page 110, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
Microchelonus turgoclarus Papp 2010
Creators: name: Papp, Jenő
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Braconidae
Microchelonus
Microchelonus turgoclarus

description: Microchelonus turgoclarus Papp, 2010   (Figs 470–475)
 Microchelonus turgoclarus Papp, 2010: 186 f, type locality: Ecuador, Pichin, Rio Pisque, 5 km NorthfromGuallabamba, femaleholotypeinZMLU; examined.
 Emendated features to the original descrition (Papp l.c.) – f. Body 2.7 mm long. Eye indorsalviewaslongastemple. Genabeyondeyebroadeningventrallyandalmost 1.3 timeswiderthaneye, polishedandantero-posteriorlyhairpunctatetosubstriolated (Fig. 471). Facefairlydenselypunctate, interpuncturespolished (Fig. 472). Scutellumpolished anddisperselyhairpunctate. Forewing: pterostigma 2.1 timesaslongaswide, 1–R1 0.7 timesaslongaspterostigma (Fig. 473). Carapaceindorsalview 1.6 timesaslongasbroad teriorthirdofcarapaceinventralview.
medially, denselystriated, transversecrenulationfairlystrong (Fig. 474). Carapaceapicoventrallyjustincurved (Fig. 475). Legsblack(ish) tobrown, tibiae 1–2 withyellowpattern.
 Distribution – Ecuador.
 Taxonomicposition – Intheoriginaldescription M. turgoclarus isrelatedto M. brasiliensis (Brues) (Papp l.c.). M. turgoclarus is also close to M. danzas sp. n., thedistinctionbetweenthetwospeciesisasfollows:
 1 (2) Facefairlydenselypunctate, interpuncturespolished (Fig. 472). Fore wing: pterostigmawide, 2.1 timesaslongaswide, 1–R1 0.7 timesaslong aspterostigma (Fig. 473 seearrows). Carpaceindorsalviewbelly, 1.6 timesaslongasbroadmedially (Fig. 474). Flagellumblack. f: 2.7 mm. – Ecuador M. turgoclarus Papp, 2010
 2 (1) Facerugose (cf. Fig. 325). Forewing: pterostigmalesswide, 2.5 timesas longaswide, 1–R1 almostaslongaspterostigma (Fig. 166 seearrows). Carapaceindorsalviewnotbelly, evenlybroadeningposteriorly (Fig. 170). Flagellumblackish, flagellomeres 3–5 ochreyellow. f: 4.2 mm. – Costa Rica M. danzas sp. n.
 Inthekeytothefemale Microchelonus species M. turgoclarus runsto M. flavopax Papp, see couplets 59 (66) – 62 (63).
description: Published as part of Papp, Jenő, 2016, First Survey Of The Neotropical Species Of Microchelonus Szépligeti With Descriptions Of Twenty-Five New Species (Hymenoptera: Braconidae: Cheloninae), pp. 217-344 in Acta Zoologica Academiae Scientiarum Hungaricae 62 (3) on pages 309-311, DOI: 10.17109/AZH.62.3.217.2016, http://zenodo.org/record/12626151
Thabena frontocolorata Gnezdilov, 2015, sp. n.
Creators: name: Gnezdilov, Vladimir M.
Publisher: name: Zenodo
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hemiptera
Issidae
Thabena
Thabena frontocolorata

description: Thabena frontocolorata sp. n.
 Distribution – Vietnam.
description: Published as part of Gnezdilov, Vladimir M., 2015, First Coloured Species Of The Genus Thabena Stål (Hemiptera, Fulgoroidea, Issidae) From Vietnam With General Notes On The Genus, pp. 329-339 in Acta Zoologica Academiae Scientiarum Hungaricae 61 (4) on page 331, DOI: 10.17109/AZH.61.4.329.2015, http://zenodo.org/record/12625548
Thabena yunnanensis
Creators: name: Gnezdilov, Vladimir M.
Publisher: name: Zenodo
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hemiptera
Issidae
Thabena
Thabena yunnanensis

description: Thabena yunnanensis (Ran et Liang, 2006)
 Gelastyrella yunnanensis Ran et Liang, 2006: 67.
 Thabena yunnanensis GNEZDILOV 2009: 83.
Distribution – China (Yunnan) (RAN & LIANg 2006).
Note – Describedaftermaleandfemale, illustrated (RAN & LIANg 2006).
description: Published as part of Gnezdilov, Vladimir M., 2015, First Coloured Species Of The Genus Thabena Stål (Hemiptera, Fulgoroidea, Issidae) From Vietnam With General Notes On The Genus, pp. 329-339 in Acta Zoologica Academiae Scientiarum Hungaricae 61 (4) on page 333, DOI: 10.17109/AZH.61.4.329.2015, http://zenodo.org/record/12625548
Zonocypretta De Deckker 1981
Creators: name: Meisch, Claude
name: Smith, Robin J.
name: Martens, Koen
Publisher: name: Zenodo
Year: 2019
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Ostracoda
Podocopida
Cyprididae
Zonocypretta

description: Zonocypretta De Deckker, 1981
* Zonocypretta kalimna De Deckker, 1981: AU
description: Published as part of Meisch, Claude, Smith, Robin J. & Martens, Koen, 2019, A subjective global checklist of the extant non-marine Ostracoda (Crustacea), pp. 1-135 in European Journal of Taxonomy 492 on page 110, DOI: 10.5852/ejt.2019.492, http://zenodo.org/record/3271099
title: La différenciation pédagogique au travers du parcours de vie des enseignants primaires
title: La différenciation pédagogique au travers du parcours de vie des enseignants primaires
titleType: AlternativeTitle
Creators: name: Chollet, Timéa
name: Eltschinger, Chloé
Publisher: name: Unknown
Year: 0
Subjects: subject: Différenciation pédagogique
subject: Concept 360
subject: Histoire de vie
subject: Expériences
subject: Représentations
subject: Évolution

description: L’objectif principal de ce mémoire professionnel est d’analyser la différenciation pédagogique ainsi que les pratiques de différenciation, à partir de l’histoire de vie et, plus particulièrement, sous l’angle de récits d’expérience rapportés par des enseignantes de degré primaire, fonctionnaires dans le canton de Vaud. D’une part, nous cherchons à voir comment ces enseignantes perçoivent la différenciation pédagogique (leurs représentations) et mettent en place des pratiques de différenciation au sein de leur classe, en fonction de l’évolution potentielle de cette notion et des attentes actuelles, selon le cadre légal vaudois, c’est-à-dire le Concept 360. D’autre part, nous souhaitons voir quel impact a leur histoire de vie (vécu, expériences personnelles marquantes, parcours de formation, environnement institutionnel et privé, etc.) sur cette perception et sur leur manière de différencier leur enseignement. L’enjeu au travers de ce travail de recherche est donc d’observer et d’analyser dans quelle mesure la différenciation est un concept perçu, défini et appliqué par quelques enseignantes vaudoises et surtout d’âges et d’années d’expérience différents, selon leur parcours de vie et depuis l’arrivée du Concept 360, qui tend vers une école à visée inclusive. Nous cherchons ainsi à identifier comment le parcours de vie d’une enseignante primaire, depuis son parcours en tant qu’élève jusqu’à son entrée dans l’enseignement, peut influencer la construction, puis l’évolution des pratiques de différenciation qu’elle met en place, afin de gérer l’hétérogénéité de sa classe.
Thabena testudinaria
Creators: name: Gnezdilov, Vladimir M.
Publisher: name: Zenodo
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hemiptera
Issidae
Thabena
Thabena testudinaria

description: Thabena testudinaria (Stål, 1854)
 Issus testudinarius Stål, 1854: 246.
 Syn: Issusspectans Walker, 1858: 91, syn. fideStåL 1870: 756.
 Gelastyra testudinaria MEtcALf 1958: 430.
 Thabena testudinaria GNEZDILOV 2009: 83.
Distribution – Malaysia (PenangI.) (StåL 1854).
 Note – DescribedafterthefemalefromPuloPenang (StåL 1854). Noillustrationsof typespecimenarepublished. TherecordofthespeciesfromTaiwan (HORI 1970) belongs to T. litaoensis. RecordsfromIndonesia (Java) (WALkER 1858, GNEZDILOV 2009) andPhilippines (StåL 1870) needverification.
description: Published as part of Gnezdilov, Vladimir M., 2015, First Coloured Species Of The Genus Thabena Stål (Hemiptera, Fulgoroidea, Issidae) From Vietnam With General Notes On The Genus, pp. 329-339 in Acta Zoologica Academiae Scientiarum Hungaricae 61 (4) on page 333, DOI: 10.17109/AZH.61.4.329.2015, http://zenodo.org/record/12625548
Nisoprincessa palawana subsp. bacuita Gnezdilov, 2017, ssp. n.
Creators: name: Gnezdilov, Vladimir M.
Publisher: name: Zenodo
Year: 2017
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hemiptera
Issidae
Nisoprincessa
Nisoprincessa palawana
Nisoprincessa palawana bacuita

description: Nisoprincessa palawana bacuita ssp. n.   (Figs 9, 10, 13, 35)  Typematerial. Holotype, f, “N. Palawan / Bacuit / Dezemb. 1913 / leg. G. Roet’cher ”, “BardunianasutaMel. [handwritteninink] / det. Melichar [printed]”, “Collectio / Dr. L. Melichar / MoravskémuseumBrno” (MMBC).
description: Published as part of Gnezdilov, Vladimir M., 2017, New Genus And Species Of The Tribe Parahiraciini (Hemiptera, Fulgoroidea, Issidae) From The Philippines And Vietnam, pp. 429-442 in Acta Zoologica Academiae Scientiarum Hungaricae 63 (4) on page 435, DOI: 10.17109/AZH.63.4.429.2017, http://zenodo.org/record/12625557
Low-cost platform for determination of NTproBNP in saliva using graphene- based aptasensor.
Creators: name: Jarić, Stefan
name: Bobrinetrskiy, Ivan
Publisher: name: Zenodo
Year: 2024

description: Detection of trace concentrations of biomarkers can be essential if non-invasive analysis is employed, such as sampling of saliva, urine, or sweat. A significant early-stage heart failure biomarker N-terminal pro-B-type natriuretic peptide (NT-proBNP) can be found in saliva in concentrations of thousand times less than in blood plasma suggesting that non-invasive analysis require outstanding low detection limit. In this research, we propose a reduced graphene oxide-based FET device to develop a biosensor using specific anti-NT-proBNP aptamers for the detection of NT-proBNP in saliva. To address the need for low concentration detection in saliva, we included a correlation analysis of two FET parameters, Dirac point shift and transconductance variation to provide reliable biosensor performance. Namely, depending on the ionic strength of the solution, we found that correlation is significant (>0.8) for 0.01X PBS, while it is zero for 0.1X PBS. This can be associated to the long aptamer chain, consisted of 72 bases, that has significant effect on doping of rGO channel and such effect is screened by the ions of higher concentrations (> 16 mM). The analysis shows that chemical interaction between target and receptor is  transformed into electrical signal, which is a result of either direct doping effect or charge mobility change. With such an approach, we observed a broad dynamic range of NT-proBNP concentrations in 0.01X PBS of 100 – 105 fg/mL. Additionally, femtomolar detection of NT-proBNP is achieved in artificial saliva with limit of detection of 41 fg/mL.
Gandhi’s Anāsakti Yoga, Disinterest, and Moral Inquiry
Creators: name: GOYAL, SAMIKSHA
Publisher: name: Monash University
Year: 2024
Subjects: classificationCode: 500299
subject: History and philosophy of specific fields not elsewhere classified
classificationCode: 500311
subject: Philosophical psychology (incl. moral psychology and philosophy of action)

description: This thesis examines Mohandas Karamchand Gandhi’s notion of anāsakti yoga, which means detachment from self-regarding interests, and demonstrates its relevance for contemporary debates in moral philosophy. In particular, the thesis argues that anāsakti yoga suggests pathways in which moral agents might achieve objectivity in their moral judgements, while retaining their own point of view. From this basis, the thesis develops a novel conception of disinterest as a virtue which regulates moral agents’ attachments and interests.
ЎСМИРЛИК ДАВРИДА ИЖТИМОИЙ ФОБИЯНИНГ НАМОЁН БЎЛИШИ ВА УНИНГ САЛБИЙ ОҚИБАТЛАРИ
Creators: name: Абдуллаева, Муслимахон
Publisher: name: Zenodo
Year: 2024

description: Мақолада ўсмирлик даврида ижтимоий фобиянинг намоён бўлиши ва унинг салбий оқибатлари баён этилган, бу омиллар эмпирик тадқиқ этилиб, психологик таҳлили берилган, натижалар асосида хулоса ва тавсиялар ишлаб чиқилган.