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Neue Literatur Unter Mitwirkung Yon F Neue Literatur Unter Mitwirkung yon F. Alverdes-Halle, K. H. Bauer-G~ttingen, ~. Fetscher-Dresden, E. Kahn-Mtinchen, H. N. Kooiman-Wageningen, C. Kosswig- Miinster, H. Kreutz-NIiinchen, R. Larsson-Lund, T. Liepin- Leningrad, J. Liese-Eberswalde, K. A. Mirbt-Dahlem, M. S. Pease- Cambridge, O. Frhr. v. Verschuer~Tiibingen, C. Zollikofer-ZQrich zusammengestellt von E. Schiemann-Dahlem, E. Jaworski-Bonn (Ira Interesse mOglichster Vollst~ndigkeit der Literaturlisten richten wit an die Autoren einschl~tgiger Arbeiten die Bitte, an die Redaktion Sonderdrucke oder Hin- weise einzusenden, vor a]~lem yon Arbeiten, welche an schwer zug~nglicher Stelle ver6f/entlicht sind.) a) Recent (Abgeschlossen am 1. Juni 1927) I. Lehrbflcher, zusamm~nfassende Darstellungen, Sammelreferate nber Yererbungs- und Abstammungslehre. -- Arbeiten yon mehr theoretischem Inhait nber Yererbung und Artbildung Adametz, L., 1926. Lehrbuch der allgemeinen Tierzucht. Wien, J. Springer. 472 S. 228 Textf. ~- 14 Tab. Alberts, H. W., 1926. A method for calculating linkage values. Genetics. 11. S. 285--248. 2 Textf. Allen, E., 1925. The ovarian follicular hormone: Variations in amount in pig, cow and human ovaries during the oestrous and menstrual cycles. Anat. Rec, 81. S. 339. Andrews, J. M., 1925. Morphology and mitosis in Trich0monas Termopsidis, an intestinal flagellate of the termite, Termopsis. Biol. Bull. ~-9. S. 69--85. 5 Textf. Arey, L. B., 1925. Simple formulae for estimating the age and size of human embryos. Anat. Rec. 80. S 289--296. Ari~ns Kappers, C. U., 1924. The phylogenetic and ontogenetic development of the corpus striatum. Transact. of the Americ. neuroI, assoc. S. 17--20. Arx, N. v., 1926. Neue Grundlagen der EntwJcklungslehre. Anat. Ariz. 60. S. 515 bis 528. Atzler, R, 1927. Kt~rper und Arbeit. Handbuch der Arbeitsphysiologie. G. Thieme, Leipzig. XII, 770 S. 102 Textf. Induktlve AbstAmmm~-und Vererbungalehre. XLVI 1 a (2) Neue Literatur Babcock E. B. and Clausen, R E., 1927. Genetics in relation to agriculture 2. ed. part I revised by Clausen, part II by Babcock. New York Mc. Graw-Hill Book Co. 673 S. 203 Textf. Baehr, V. B. de, 1925. Sur los bases cytologiques de l'h6r6dit6. La Cellule. 36. S. 371 bis 444. Banff)or, R. C., 1927. Genetics of domestic cats. Bibliogr. Genetica. 3. S. 1--86. Bascom, K. F., 192,5. Quantitative studies of the testicle. I. Some observations on the cryptorchid testes of sheep and swine. Anat. Rec. 80. S. 225--24:1. 22 Textf. Bascom, K. F. and 0sternal, H. L., Quantitative studies of the testicle. II. Pattern and total tubule length in the testicles of certain common Mammals. Anat. Rec. 81. S. 159--169. Bateson, William, 1861--1926, 1926. His life and work. By a fellow of the Inter- national Education Board. Journ. of Hered. 17. S. 433--449. 1 Tar. 1 Texf. Bauer, J. und Stein, C., 1926. Konstitutionspathologie in der Ohrenheilkunde. (Konstitutionspathol. in den med. Spezialwiss. Herausg. yon Jul. Bauer. H. 2.) Berlin, Julius Springer. IV, 340 S. Bauer, K. H., 1926. Konstitutionsforschung beim Menschen. Zeitschr. f. Ztichtungs- kunde. 1. S. 172-207. Bauer, K. H., 1926. Genpathologie. Bruns Beitr. z. klin. Chir. 135. S. 96--113. Becker, E. R., 1926. The r51e of the nucleus in the cell functions of Amoebae. Biol. Bull. 50. S. 382--392. 28 Textf. Belling, J., 1925. On photographing chromosomes. Journ, Roy. Micr. Soc. S. 445 bis 446. 1 Textf. Beraatzky, M. A., 1924. Die spezifische Reaktion pflanzlicher und tierischer Ge- webe hinsichtlich des Geschlechts. Ber. d. Kalijanetzschen staatl, landw. Inst. 1. Bertalanffy, L. v., 1926. Zur Theorie der organischen ,,Gestalt". Arch. f. Entw.- Mech. 108. S. 413--416. Bethe, A., v. Bergmann, G., Embolen, G. und Ellinger, A., 1926. Handbuch der normalen und pathologischen Physiologic mit Beriicksichti~ung der experi- mentellen Pharmakologie. Bd. 14, 1. Hi~lfte: Fortpflanzung, Entwicklung und Wachstum. 1. Tell: Fortpflanzung, Wachstum, Entwicklung, Regeneration und Wundheilnng. Berlin, Springer. XIII, 1193 S. 440 Textf. Blacher L. J., 1926. The dependence of secondary sexcharacters upon testicular hormones in Lebistes Reticnlatus. Biol. Bull. 50. S. 374--381. 13 Textf. Bodenheimer, S., 1927. ~)ber die ftir das Verbreitungsgebiet einer Art bestimmenden Faktoren. Biol. Centralbl. 47. S. 25--45. 3 Textf. Bodermann, 1926. Die bestehenden Pferderassen und ihre Entwicklung. Dtsch. landw. Tierzucht. 80. S. 47--52. Bodermana, 1926. Die bestehenden Pferderassen und ihre Entwicklung. Dtsch. landw. Zierzucht. 30. S. 69--72. Bolk, L., I926. Das Problem der Menschwerdung. Jena, G. Fischer. 44 S. 8 °. 10 Textf. Borchardt, L., 1926. Konstitution und innere Sekretion. Samml. zwangl. Abh. a. d. Geb. der Verdauungs- u. Stoffwechselkrankh. 9. S. 1--56. Bonnier, G., 1927. Species-differences and gene-differences. Hereditas. 9. (Fest- skrift fCir W. Johannsen.) S. 137--144. Bowen, R. H., 1925. Notes on the topography of the Golgi apparatus in gland cells. Science N.S. 61. S 545--546. Bowen, R. H., 1926. The Golgi Apparatus--its structure and functional significance. Anat Rec. 32. S. 151--193. Neue Literatur (3) Bowen, R. H. 1925. Further notes on the acrosome of animal sperm. The homo- logies of non-flagellate sperms. Anat. Rec. 31. S. 201--231. 5 Textf. Bower, F. 0., 1926. 1860--1894--1926. Am. Naturalist. 60. S. 455--478. Budington, R. A., 1925. A suggestion as to the effect of thyroid gland substances on protoplasm in general. Biol. Bull. 48. S. 83--91. 1 Textf. Burger, H., 1927. Einige Gedanken fiber die Vererbungsprobleme. Zeitschr. f. Forst- u. Jgdw. 59. S. 193--204. Burks, B. S., 1926. Determining identity of twins. A note on "Mental traits and heredity" by H. J. Muller. Journ. of Here& 17. S. 193--195. Burrows, M. T., The mechanism of cell divisions. Am. Journ. of Anat. 39. S. 83 bis 134. 13 Textf. Barrows, M.T., 1926. Energy production and transformation in protoplasm as seen through a study of the mechanism of migration and growth of body cells. Am. gourn, of Anat. 37. S. 289-349. 16 Textf. Basse, W., 1826. ~ber deutsche Bastardlnzernen. Landw. Jahrbiicher. 64:. S. 669--699. Campbell, D. H., 1925. Some suggestions on classification. Science N. S. 61. S. 403--405. Carothers, E. E. 1926. The maturation divisions in relation to the segregation of homologous chromosomes. Quart. Rev. Biol. 1. S. 419--435. 2 Textf. Castle W. E., 1925. Heredity: The general problem and historical setting. In: Our present knowledge of heredity. Philadelphia and London. W. B. Saunders Co. 250 S. Castle, W. E., 1926. The explanation of hybrid vigor. Proc. Natl. Acad. Sci, 12. S. 16--19. Castle, W.E., 1926. Comment on Dr. Mjoens paper and Dr. Mjoens reply. Journ. of Hered. 17. S. 182--185. Castle, W. E. and others, 1925. Our present knowledge of heredity. Philadelphia and London. W. B. Saunders Co. 250 S. 43 Textf. Cavara, F., 1924. Facts of correlations and hormones in plants. Boll. Orto Bot. R. Univ. Napoli. 7. S. 265--276. Chambers, R., 1926. The actiSn of electrolytes on the physical state of protoplasm. Am. Naturalist. 60. S. 121--123. Chandler, S. B., 1927. The relation of parathyroidectomy to pregnancy, lactation, and the growth of offspring in albino rats. Anat. Rec. 85. S. 7. Cheaey, R. H., 1925. Coffee. New York, University Press. 244 S. 77 Taf. Chitteuden, R. J., 1927. Vegetative Segregation. Bibliogr. Genetica. 8. S, 355 bis 442. 4 Taf. 4 Textf. Chitteuden, R.J. and Pellew, C., 1927. A suggested interpretation of certain cases of anisogeny. Nature. 119. S. 1--3. Clare, M. R., 1925. A study of oxygen metabolism in Drosophila melanogaster. Biol. Bull. 49. S. 440--460. 5 Textf. Clark, A. H., 1925. The biological relationships of the land, the sea and m~n. Science N.S. 65. S. 24t--245. Cleave, H. J. van, 1926. An analysis of some functions and attributes of the indi- vidual. Am. Naturalist. 60. S. 266-274. Copeland, E. B., 1927. What is a plant? Science N.S. 65. S. 388--390. Cowdry, E. V., 1926. I. Surface film theory of the function of mitochondria. Am. Naturalist. 60. S. 157--165. Cowperthwaite, M. H., 1925/26. Observations on pre- and postpubertal oogenesis in the white Rat, Mus Norvegicus Albinus. Am. Journ. of Anat. 86. S. 69 bis 89. 8 Textf. la • (4) Neue Literatur Crampton, H. E., 1926. Studies of the variation, distribution and evolution of the genus Partula; the species inhabiting Tahiti. Washington, Carnegie Institution. 307 S. 33 Tar. Crew, F. A. E., 1926. Abnormal sexuality in animals. Quart. Rev. Biol. 1. S. 315 bis 359. Crew, F. A. E., 1926. A british medical association lecture on the mechanism of inheritance. Brit. reed. journ. Nr. 3423. S. 285--289: Crow, W.-B., 1926. Phylogeny and the Natural System. Journal of Genetics 17. S. 85--156. Dahlgren, U., 1925. The biological survey of the Mount Desert Island (Maine) region. Science N.S. 61. S. 435--436. Daniel, L., 1925. La greffe, ses effets et ses applications. Revue de Bot. appliqu~e. 5. S. 15--31. Davenport, C. B., 1927. Heredity of human eye color. Bibliogr. Genetica. 3. S. 443--464. Dawson, A. B., 1925. The age order of epiphyseal union in the long bones of the Albino Rat. Anat. Rec. 81. S. 1--17. 3 Taf. Dawson, M., 1924. Nineteenth Century evolution and after. New York, MacMil- lan Comp. Denti, A.V., 1926. L'ereditk helle forme occulari (Die Vererbung in der Augenheil- kunde). Osp. magg. (Milano). 14:. S. 85--90. Detlefsen, J. A., 1925. The inheritance of acquired characters. In: Our present knowledge of heredity. Philadelphia and London, W. B. Saunders Co. 250 S. Delwiler, S. R., 1925. Spinal-cord injury and nerve-cell proliferation in the embryo. Anat. Rec. 80. S. 297--303. Donaldson, H. H., 1924. The Rat.
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  • Some Reflections on the Beginning of the Oldest Corals Rugosa
    Latypov Y, Archiv Zool Stud 2019, 2: 008 DOI: 10.24966/AZS-7779/100008 HSOA Archives of Zoological Studies Original Article form a calcareous skeleton could occur at the beginning of the Early Some Reflections on the Cambrian (skeletal evolution during the Cambrian explosion). And from that moment it began a rapid development rugosa and wide- Beginning of the Oldest spread dissemination. In the early Caradoc already known genera of 5-6 separate taxonomically and morphologically groups – streptelas- Corals Rugosa ma tin, Cystiphyllum and columnar in. On average, Caradoc number genera doubled and by the end of the Ordovician have risen to 30 with Yuri Latypov* the dominance of single forms [3-5]. National Scientific Center of Marine Biology, Vladivostok, Russia First rugosa had only simple septa and full bottom with single additional plates, but by the beginning of the Late Ordovician plate tabulae acquire the ability to very wide variation, and by the end of Abstract the Late Ordovician kaliko blastes basal surface polyp’s single rugosa acquired the ability to secrete peripheral convex skeletal elements - Provides a conceptual theory of origin Rugosa. Discusses the septum (Paliphyllum). By the beginning of the Late Ordovician all possibility of the oldest single corals from the Cambrian forebears. With specific examples showing ways of their development and types of microstructures - lamellar, fibrous, monakant, golokant, rab- transmission of hereditary traits. Discusses the validity of the terms dakant, dimorfakant participated in the construction of the tabulae, “Tetracorallia” and “Rugosa” and their bilaterally. septa, plate and akanthin septa. The ability to secrete lamellar scleren- chyma vertical and horizontal skeletal elements like thickening until Keywords: Cambrian; Development; Origin; Rugosa their mutual fusion, was developed from the beginning rugosa stories and observed in many genera, or lesser greater extent until the end of their existence.
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  • Mass Occurrence of the Large Solitary Rugose Coral Phaulactis Angusta at the Boundary Lower/Upper Visby Formation in The
    See discussions, stats, and author profiles for this publication at: https://www.researchgate.net/publication/290510570 Mass occurrence of the large solitary rugose coral Phaulactis angusta at the boundary Lower/Upper Visby Formation in the... Article in Gff -Uppsala- · January 2016 DOI: 10.1080/11035897.2015.1103780 CITATIONS READS 0 247 3 authors, including: Axel Munnecke Friedrich-Alexander-University of Erlangen-Nürnberg 116 PUBLICATIONS 2,597 CITATIONS SEE PROFILE Some of the authors of this publication are also working on these related projects: Paleobiology of graptolites View project All content following this page was uploaded by Axel Munnecke on 02 February 2016. The user has requested enhancement of the downloaded file. All in-text references underlined in blue are added to the original document and are linked to publications on ResearchGate, letting you access and read them immediately. GFF, 2016 http://dx.doi.org/10.1080/11035897.2015.1103780 Article Mass occurrence of the large solitary rugose coral Phaulactis angusta at the boundary Lower/Upper Visby Formation in the Silurian of Gotland, Sweden: palaeoecology and depositional implications FRIEDERIKE ADOMAT12, AXEL MUNNECKE1 and ERIKA KIDO3 Adomat F., Munnecke A.& Kido E., 2016: Mass occurrence of the large solitary rugose coral Phaulactis an- gusta at the boundary Lower/Upper Visby Formation in the Silurian of Gotland, Sweden: Palaeoecology and depositional implications. GFF, Vol 00, pp. 1–17. © Geologiska Föreningen. doi: http://dx.doi.org/10.1080/1 1035897.2015.1103780. Abstract: The boundary between the Lower and Upper Visby formations on Gotland (Sweden), which roughly correlates with the Llandovery–Wenlock boundary, is characterised by a mass occurrence of the large solitary rugose coral Phaulactis angusta.
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  • 1 1 2 Combined Sea–Level and Climate Controls on Limestone Formation
    View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Plymouth Electronic Archive and Research Library 1 2 3 Combined sea–level and climate controls on limestone formation, hiatuses and ammonite 4 preservation in the Blue Lias Formation, South Britain (uppermost Triassic–Lower 5 Jurassic) 6 7 Short title/running head: Sea level and climate controls of the Blue Lias 8 9 Graham P. Weedon1*, Hugh C. Jenkyns2 and Kevin N. Page3 10 11 * Corresponding author 12 1 [email protected], Met Office, Maclean Building, Benson Lane, 13 Crowmarsh Gifford, Wallingford, Oxfordshire, OX10 8BB, UK. 14 2 Department of Earth Sciences, University of Oxford, South Parks Road, Oxford, OX1 3AN, 15 UK. 16 3 School of Geography, Earth and Environmental Sciences, Plymouth University, Drakes 17 Circus, Plymouth, PL4 8AA, UK. 18 19 20 21 In press: Geological Magazine 22 23 January 2017 24 1 25 Abstract 26 Lithostratigraphic and magnetic-susceptibility logs for four sections in the Blue Lias 27 Formation are combined with a re-assessment of the ammonite biostratigraphy. A Shaw plot 28 correlating the West Somerset coast with the Devon/Dorset coast at Lyme Regis, based on 63 29 common biohorizon picks, together with field evidence, demonstrate that intra-formational 30 hiatuses are common. Compared to laminated shale deposition, the climate associated with 31 light marl is interpreted as both drier and stormier. Storm-related non-deposition favoured 32 initiation of limestone formation near the sediment-water interface. Areas and time intervals 33 with reduced water depths had lower net accumulation rates and developed a greater proportion 34 of limestone.
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  • Mercury Anomalies and Carbon Isotope Excursions in the Western
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