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古軟体動物学における2019年のリストは、 2019年中に記載される予定のアンモナイトやその他の化石頭足動物、化石腹足類、二枚貝、その他の軟体動物の新しい分類群、および2019年に発生する予定の軟体動物古生物学に関連するその他の重要な発見やイベントのリストです。
一般的な研究
- カンブリア紀シャクルトン石灰岩（南極）から発見された貝殻状軟体動物の集団に関する記述がClaybourn et al.（2019）によって発表された。[1]
- ペルム紀-三畳紀絶滅後の三畳紀初期のアンモナイトと腹足類の回復に関する研究がPietschら（2019）によって発表されました。[2]
- セノマニアン-チューロニアン境界イベントとその他の白亜紀の海洋無酸素イベントが属レベルと種レベルの軟体動物の多様性、絶滅率、生態系の入れ替わりに及ぼした影響に関する研究が、Freymueller、Moore、Myers（2019）によって発表されました。[3]
- Yuら（2019）は、ミャンマーの白亜紀のビルマ琥珀から、プゾシア属に分類される幼生アンモナイト標本と4種の海洋腹足類が発見されたと報告している。 [4]
- 底生軟体動物の化石データから示唆される、白亜紀-古第三紀絶滅イベント後の南極の底生海洋生態系の回復の時期と性質に関する研究が、Whittleら（2019）によって発表されました。[5]
アンモナイト
研究
- 二形性インドネシアアンモナイトMacrocephalites keeuwensisは、 Jain（2019）によってジャラドーム（インド、カッチ地区）の核から発見されたと報告されている。 [6]
- ネウケン盆地（アルゼンチン）のリトホプリテス属の新化石の説明、この盆地に生息するリトホプリテス種の分類学的改訂、およびこの属の個体発生、性的二形性の可能性、種内変異の範囲に関する研究が、Vennari & Aguirre-Urreta（2019）によって出版されています。[7]
- クライン＆ランドマン（2019）は、米国西部内陸部産後期白亜紀のアンモナイトScaphites whitfieldiの個体発生を通しての種内変異に関する研究を発表しました。[8]
- Landman et al. (2019)はマンコス頁岩（ニューメキシコ州、アメリカ合衆国）のチューロニアン・カーライル層からSpathites puercoensisの下顎を記載した。 [9]
- バキュライト属に属するカンパニアン期とマーストリヒチアン期のアンモナイトの炭素と酸素の安定同位体プロファイルの周期的変動と、それがこれらのアンモナイトの生命史を推測する上でどのような意味を持つかについての研究が、エリスとトービン（2019）によって出版されている。[10]
- Baculites compressedusの正円錐 形の静水圧特性と、それがこの動物の生活様式に関する知識に与える影響に関する研究が、Petermanら（2019）によって発表されました。[11]
- マーストリヒチアンのアウルクリーク層（ミシシッピ州、米国）のバキュリティッドおよびスカフィティッドアンモナイトの生態と成長に関する研究が、これらの分類群が移動した可能性があるかどうかを評価したもので、ファーガソンら（2019年）によって発表されました。 [12]
- 縫合偽反転として知られるアンモナイト標本の縫合異常に関する研究が、ロゴフ（2019）によって発表されました。[13]
- サンファン盆地南東部（ニューメキシコ州サンドバル郡）産後期白亜紀アンモナイトの系統学とその化石の地層学的枠組みに関する研究が、シーリー＆ルーカス（2019）によって出版されている。[14]
- Hypophylloceras subramosumとPhyllopachyceras ezoenseにおける連続する部屋間の隔壁間隔の発生軌跡に関する研究が、Iwasaki、Iwasaki、Wani（2019）によってオンラインで公開されました。[15]
- コスマケラトス科のMaorites densicostatusとMaorites seymourianusの種内および種間変異と個体発生経路に関する研究がMorón-Alfonso（2019）によって出版されました。[16]
- ジャティオら（2019）は、南フランスのトアルシアンから、装飾と縫合線の両方で顕著な左右非対称性を特徴とする病的なアンモナイト標本を記載した。 [17]
- Rhaeboceras halliの6つの標本の体腔で発見されたフック状構造の形態と機能に関する研究が、Krutaら（2019）によってオンラインで公開されました。[18]
新しい分類群
その他の頭足動物
研究
- 古生代初期のオウムガイ類と内角類頭足動物の静水圧特性と、それがこれらの頭足動物の生態に関する知識に与える影響に関する研究が、ピーターマン、バートン、ヤコブッチ（2019）によって出版されている。[58]
- カンブリア紀からオルドビス紀への移行期における頭足動物の分布と多様性に関する研究がFang et al. (2019)によって発表されている。[59]
- 中期から後期オルドビス紀にかけての中国南部とその隣接地域における頭足動物の発生に関する研究は、生物地理学的地域を定義することを目的として、Fang et al. (2019) によって発表されました。[60]
- 石炭紀（ペンシルベニア紀）からペルム紀初期にかけて北米大陸中部海に生息するオウムガイ類とアンモナイト類の分布範囲の変化と種分化および絶滅の速度に関する研究が、Kolis & Lieberman（2019）によって発表されました。[61]
- アスコケリド科の化石は、エウセビオ・アヤラ層とバルガス・ペーニャ層（パラグアイ南東部）のヒルナンティアン期?-ランダベリ層から発見され、 Cichowolskiら（2019）によって記載された。これはゴンドワナ大陸の高古緯度地域から発見された初めてのアスコケリド科の化石記録である。[62]
- ドローソセラスの幼生標本は、真珠層構造を保存した最初のデボン紀頭足動物標本であり、また、巻貝内に繊維状構造を保存した最初の外耳道性頭足動物標本であり、ドグザエワ（2019年）によってフラスニアン・ドマニク層（ロシア）から記載された。 [63]
- 現在のヨーロッパロシア地域の頭足動物群がアプチアン初期海洋無酸素事象中の環境変化にどのように反応したかに関する研究が、ロゴフら（2019）によって発表されている。 [64]
- マダガスカルのアルビアン・マハジャンガ盆地の頭足動物の古生物学に関する研究が、ホフマンら（2019年）によって出版される予定である。 [65]
- 論文パートKで提示されたオウムガイ類の頭足動物の分類の改訂案は、キング＆エヴァンス（2019）によって提示され、新しい亜綱タルフィセラティア、新しい目リオセラティダ、新しい科バクトロセラティダエを命名した。[66]
- ペイスモセラスの殻の胚および幼生初期の発達に関する研究がマンダ＆トゥレク（2019）によって発表されている。[67]
- 後期ペルム紀のコイル状オウムガイの形態多様性の変化に関する研究がKorn et al. (2019)によってオンラインで公開されました。[68]
- エジプトの上部セノマニアンからの新資料に基づいたAngulithes mermetiの古生物学と、それがAngulithesのセノマニアン系統の進化に関する知識に与える影響に関する研究が、Wilmsen＆Nagm（2019）によって出版されました。[69]
- Gordoniconus beargulchensisの解剖学とそれがコレオイドの進化に関する知識に与える影響に関する研究がKlugら（2019）によって発表された。[70]
- モンターニャ・デル・カザーレ（イタリア、シチリア島）から発見されたシネムリアの 八放サンゴ類と推定される メソセプトロンに関する研究がピグナッティら（2019年）によって発表された。同らはこの分類群の化石を不完全な保存状態のコレオイド吻として再解釈し、メソセプトロンをアトラクティテス属の主観的同義語とみなしている。[71]
- トアルシアン・ポシドニア頁岩（ドイツ）から採取された、腕の冠に小さな硬骨魚類がついたまま保存されたクラークエイテウティス・コノカウダの標本4点、この種の個体の摂食行動、およびクラークエイテウティス・コノカウダ、パスロテウティス・ビスルカタ、ヒボリテス・セミスルカトゥスの生活様式の違いに関する研究が、ジェニーら（2019年）によって発表された。 [72]
- ペニシェセクション（ポルトガル、ルシタニア盆地）のプリエンスバキアン-トアルシアン境界におけるベレムナイトの体の大きさのダイナミクスに関する研究は、プリエンスバキアン-トアルシアン境界の温暖化イベントがベレムナイトの体の大きさに与えた影響についての知識への影響を評価しており、Rita et al.（2019）によって発表されました。[73]
- Mutterloseら（2019）は、北極圏カナダと北東グリーンランドのベリアシアン-オーテリビアンから発見された新しいベレムナイトの化石について記述しており、これらの化石が北半球高緯度におけるベレムナイトの空間分布パターンに関する知識にどのような意味を持つかについても評価している。[74]
新しい分類群
腹足類
研究
- オルドビス紀から石炭紀にわたる巻貝の幼生化石群集の多様性に関する研究がDzik（2019）によってオンラインで公開されました。 [89]
- 白亜紀-古第三紀の絶滅イベント後の腹足類の回復に関する研究は、旧アンカーポート・カーフス採石場（オランダ、ゲールヘム）の化石データに基づいており、Vellekoopら（2019）によってオンラインで公開されています。 [90]
- おそらくCyclophoridae科に属すると思われるCyclophoroidean腹足類が、ミャンマーの白亜紀の琥珀からXingら（2019）によって記載されており、これは白亜紀の琥珀の中に軟体部が保存された巻貝の初めてかつ最古の記録となっている。[91]
- 中新世の腹足類Persististrombus deperditusにおけるサイズの二形性の性質とその進化の原因に関する研究が、Halder＆Paira（2019）によって出版されました。[92]
- デンマークの中新世グラム粘土からSpinucella reimersiの新標本がSchnetler（2019）によって記載され、彼はこの種の修正された記載も行っている。[93]
- パストリーノ＆グリフィン（2019）は、大西洋南西部の現存種および新第三紀のアンティストレプトゥス属の改訂版を出版した。 [94]
新しい分類群
Other molluscs
Research
- A study on shell microstructures of specimens of Anabarella australis from the Cambrian Series 2 Xinji Formation of the North China Block is published by Li et al. (2019).[154]
- A study on the relative importance of bivalves and brachiopods in the fossil assemblages from the Carboniferous Pennsylvanian Breathitt Formation of Kentucky is published by Hsieh, Bush & Bennington (2019).[155]
- A study on transitional Permian-Triassic bivalve fauna from five sections of littoral clastic facies in southwestern China is published by Song et al. (2019).[156]
- A study on body size changes in bivalves in the aftermath of the Permian–Triassic extinction event is published online by Atkinson & Wignall (2019).[157]
- A study on changes of body size of bivalves belonging to the family Limidae prior to, and in the aftermath of the Triassic–Jurassic extinction event is published by Atkinson et al. (2019).[158]
- A study on changes in the body size of benthic marine bivalves and brachiopods from the Lusitanian Basin (Portugal) before the Toarcian oceanic anoxic event is published by Piazza et al. (2019).[159]
- A study on the impact of the early Toarcian extinction event on fossil brachiopods and bivalves known from the Iberian Range (Spain) is published by Danise et al. (2019).[160]
- A study on the impact of the Early Toarcian Oceanic Anoxic Event on the population of the bivalve species Posidonotis cancellata from the Neuquén Basin (Argentina) is published by Franch et al. (2019).[161]
- A study on the temporal and spatial distribution of pectinid and ostreid bivalves in Middle and Late Jurassic sequences exposed in the Tanggula Mountains (China) is published by Sha (2019).[162]
- A study on muscle attachment sites preserved in phosphatized inoceramid Gnesioceramus anglicus, and on their implications for inferring the palaeobiology of inoceramid bivalves, is published by Knight & Morris (2019).[163]
- A sclerochronological study of shells of the gigantic inoceramids Sphenoceramus schmidti and S. sachalinensis from the middle Campanian Yezo Basin in Hokkaido (Japan) is published by Walliser et al. (2019).[164]
- A study on the relationship of growth rate in the scallop Carolinapecten eboreus to temperature and primary production, and on its implications for inferring the cause of extinction of this species, is published by Johnson et al. (2019).[165]
New taxa
References
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