New Species

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Zhi-qiang Zhang - One of the best experts on this subject based on the ideXlab platform.

  • Hotspots of mite New Species discovery: Parasitiformes (2013–2015)
    Systematic and Applied Acarology, 2016
    Co-Authors: Wendy Lam, Zhi-qiang Zhang
    Abstract:

    A survey of type localities of New Species of the Parasitiformes described in two journals ( Systematic & Applied Acarology and Zootaxa ) during the last three years (2013–2015) revealed interesting patterns of Species discovery. Taxonomically, the 142 New Species are unevenly distributed among 24 families with the top three families accounting for over 61% of the total. The economically important Phytoseiidae is the top-ranked family. Geographically, the 142 New Species of the Parasitiformes are described from 29 countries in the world. The pattern of distribution of these New Species among the countries is highly uneven—over half of the New Species (52.8%) are from the top 3 countries (Brazil, Iran and Turkey), whereas most countries (65.5%) have only 1–3 New Species each.

  • hotspots of mite New Species discovery parasitiformes 2013 2015
    Systematic & Applied Acarology, 2016
    Co-Authors: Wendy Lam, Zhi-qiang Zhang
    Abstract:

    A survey of type localities of New Species of the Parasitiformes described in two journals ( Systematic & Applied Acarology and Zootaxa ) during the last three years (2013–2015) revealed interesting patterns of Species discovery. Taxonomically, the 142 New Species are unevenly distributed among 24 families with the top three families accounting for over 61% of the total. The economically important Phytoseiidae is the top-ranked family. Geographically, the 142 New Species of the Parasitiformes are described from 29 countries in the world. The pattern of distribution of these New Species among the countries is highly uneven—over half of the New Species (52.8%) are from the top 3 countries (Brazil, Iran and Turkey), whereas most countries (65.5%) have only 1–3 New Species each.

Wendy Lam - One of the best experts on this subject based on the ideXlab platform.

  • Hotspots of mite New Species discovery: Parasitiformes (2013–2015)
    Systematic and Applied Acarology, 2016
    Co-Authors: Wendy Lam, Zhi-qiang Zhang
    Abstract:

    A survey of type localities of New Species of the Parasitiformes described in two journals ( Systematic & Applied Acarology and Zootaxa ) during the last three years (2013–2015) revealed interesting patterns of Species discovery. Taxonomically, the 142 New Species are unevenly distributed among 24 families with the top three families accounting for over 61% of the total. The economically important Phytoseiidae is the top-ranked family. Geographically, the 142 New Species of the Parasitiformes are described from 29 countries in the world. The pattern of distribution of these New Species among the countries is highly uneven—over half of the New Species (52.8%) are from the top 3 countries (Brazil, Iran and Turkey), whereas most countries (65.5%) have only 1–3 New Species each.

  • hotspots of mite New Species discovery parasitiformes 2013 2015
    Systematic & Applied Acarology, 2016
    Co-Authors: Wendy Lam, Zhi-qiang Zhang
    Abstract:

    A survey of type localities of New Species of the Parasitiformes described in two journals ( Systematic & Applied Acarology and Zootaxa ) during the last three years (2013–2015) revealed interesting patterns of Species discovery. Taxonomically, the 142 New Species are unevenly distributed among 24 families with the top three families accounting for over 61% of the total. The economically important Phytoseiidae is the top-ranked family. Geographically, the 142 New Species of the Parasitiformes are described from 29 countries in the world. The pattern of distribution of these New Species among the countries is highly uneven—over half of the New Species (52.8%) are from the top 3 countries (Brazil, Iran and Turkey), whereas most countries (65.5%) have only 1–3 New Species each.

Cc Wallace - One of the best experts on this subject based on the ideXlab platform.

  • New Species and a New Species-group of the coral genus Acropora (Scleractina : Astrocoeniina : Acroporidae) from Indo-Pacific locations
    Invertebrate Systematics, 1994
    Co-Authors: Cc Wallace
    Abstract:

    Eleven New Species of the circum-tropical coral genus Acropora (Scleractinia : Astrocoeniina : Acroporidae) are described from material collected during a study of the biogeography of the genus worldwide. Previously known Indo-Pacific Species of this genus mostly have broad distributions. The Newly described Species have been overlooked because they have more restricted distributions and in some cases they occur in deeper, rarely sampled, habitats; they thus contribute New information for assessment of the ecology and distribution patterns of the genus. Seven of the New Species have low numbers of radial corallites relative to axial corallite number, a phenomenon uncommon amongst well-known (and widely distributed) Species. It is suggested that this character would result in low reproductive output and may be responsible for the limited range of the Species concerned. The New Species are assigned to existing Species-groups and a New Species-group is suggested to accommodate two New Species and three other valid Species.

Antonio Santos-silva - One of the best experts on this subject based on the ideXlab platform.

Janos Olah - One of the best experts on this subject based on the ideXlab platform.

  • New Species and records of Balkan Trichoptera
    2012
    Co-Authors: Janos Olah
    Abstract:

    From various habitats of the Balkan 38 New Species records are presented and 4 New Species are described in this paper: Drusus juliae sp. n., Drusus kerek sp. n., Drusus lepcos sp. n., Chaetopteryx uher- kovichi sp. n.

  • generic review of hydropsychinae with description of schmidopsyche New genus 3 New genus clusters 8 New Species groups 4 New Species clades 12 New Species clusters and 62 New Species from the oriental and afrotropical regions trichoptera hydropsychid
    Zootaxa, 2008
    Co-Authors: Janos Olah, Kjell Arne Johanson
    Abstract:

    The taxonomy of the genera of Hydropsychinae is revised. The following genera are synonymized: Hydatomanicus Ulmer, 1951 and Hydatopsyche Ulmer, 1926 are synonymized with Hydromanicus Brauer, 1865; Streptopsyche Ross & Unzicker, 1977 is synonymized with Calosopsyche Ross & Unzicker, 1977; Symphitopsyche Ulmer, 1907, Mexipsyche Ross & Unzicker, 1977, Ceratopsyche Ross & Unzicker, 1977 and Herbertorossia Ulmer, 1957 are synonymized with Hydropsyche Pictet, 1834; and Plectropsyche Ross, 1947 is synonymized with Cheumatopsyche Wallengren, 1891. A New genus, Schmidopsyche Olah & Schefter, New genus is established and the single Species in the genus, S. rossi Olah & Schefter, New Species is described and illustrated, based on material collected by Schmid in Sikkim in 1959. The additional 61 New Species are described and illustrated: India: Hydromanicus krsamgin Olah & Barnard, New Species; H. sacso Olah & Johanson, New Species; H. naraik Olah & Barnard, New Species; H. palnis Olah & Barnard, New Species; H. topali Olah & Johanson, New Species; Hydropsyche januha Olah & Barnard, New Species; H. kamenga Olah & Schefter, New Species; H. mizora Olah & Schefter, New Species; H. narayana Olah & Johanson, New Species; H. khasigiri Olah & Barnard, New Species; H. igunapali Olah & Schefter, New Species; H. kangra Olah & Barnard, New Species; H. kiogupa Olah & Schefter, New Species; H. minutanga Olah & Johanson, New Species; H. tritiyaha Olah & Barnard, New Species; H. ekaropa Olah & Schefter, New Species; H. yathetima Olah & Schefter, New Species; H. keralana Olah & Barnard, New Species; H. semkala Olah & Johanson, New Species; H. shillonga Olah & Barnard, New Species; Cheumatopsyche barakambra Olah & Johanson, New Species; C. mariannae Olah & Johanson, New Species; C. sandrae Olah & Johanson, New Species; Potamyia assamana Olah & Schefter, New Species. Vietnam: Hydromanicus demden Olah & Johanson, New Species; and Hydropsyche soinha Olah & Johanson, New Species (also from Malaysia); H. tanung Olah & Johanson, New Species; H. lomdom Olah & Johanson, New Species; H. sangbung Olah & Johanson, New Species; H. keoda Olah & Johanson, New Species; H. xenga Olah & Johanson, New Species; and Cheumatopsyche simayorum Olah & Johanson, New Species. Malaysia: Hydropsyche gekilara Olah & Barnard, New Species; H. tanua Olah & Barnard, New Species; and H. namea Olah & Barnard, New Species. Philippines: Hydropsyche meyi Olah & Johanson, New Species; Cheumatopsyche anonima Olah & Johanson, New Species; C. kuranishii Olah & Johanson, New Species; and C. montapo Olah & Johanson, New Species. Papua New Guinea: Hydropsyche flintorum Olah & Johanson, New Species; and H. carolae Olah & Johanson, New Species. Tibet: Hydropsyche gyantsana Olah & Barnard, New Species. Nepal: Hydropsyche nepalarawa Olah & Johanson, New Species; and Cheumatopsyche chitawana Olah & Johanson, New Species. China: Hydropsyche chengdu Olah & Barnard, New Species; and Cheumatopsyche yangmorseorum Olah & Johanson, New Species. Iran: Hydropsyche masula Olah & Johanson, New Species. New Caledonia: Orthopsyche anulmika Olah & Johanson, New Species. Japan: Cheumatopsyche okinawana Olah & Johanson, New Species; and C. tanidai Olah & Johanson, New Species. Taiwan: Cheumatopsyche davisi Olah & Johanson, New Species; and C. tungpa Olah & Johanson, New Species. Sri Lanka: Cheumatopsyche hasalaka Olah & Johanson, New Species. South Africa: Cheumatopsyche krugerana Olah & Johanson, New Species. Madagascar: Cheumatopsyche mafana Olah & Johanson, New Species; C. nondra Olah & Johanson, New Species; C. tiokalamkita Olah & Johanson, New Species; C. fianara Olah & Johanson, New Species; C. masiposa Olah & Johanson, New Species; C. ranoma Olah & Johanson, New Species; and C. rantsoa Olah & Johanson, New Species. The following Species are synonymized: Hydropsyche kawamurai Tsuda, 1940 is synonymized with H. kozhantschikovi Martynov, 1924, Hydropsyche belos Malicky & Chantaramongkol, 2000 is synonymized with H. klimai Mey, 1999, Hydropsyche taiwanensis Mey, 1997 is synonymized with H. spinata Kobayashi, 1987, and Cheumatopsyche copiosa Kimmins, 1956 is synonymized with C. columnata Martynov, 1935. Recognized genera are divided into previously established and New Species groups, defined by shared diagnostic characters. All Oriental Species of Hydropsyche Pictet and Hydromanicus Brauer are grouped into different levels of Species groups based on similar morphology in male genitalia.