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Raport Anual 2008
RAPORT pe anul 2018 PRIVIND GRĂDINILE ZOOLOGICE, ACVARIILE PUBLICE ŞI CENTRELE DE REABILITARE ŞI/SAU ÎNGRIJIRE LA NIVEL NAŢIONAL A. STADIUL AUTORIZĂRII GRĂDINILOR ZOOLOGICE, ACVARIILOR PUBLICE În anul 2018 la nivel naţional au fost înregistrate un număr de 35 grădini zoologice şi acvarii publice din care: 33 grădini zoologice şi acvarii publice sunt autorizate; 1 grădină zoologică se află în procedură de autorizare; 1 grădină zoologică neautorizată De asemenea, la nivelul anului 2018, pe lângă grădinile zoologice şi acvariile publice sunt înregistrate şi 2 centre de reabilitare urşi şi 6 centre zonale de îngrijire şi tratament pentru animale sălbatice şi păsări. La nivelul regiunii BACĂU care cuprinde judeţele: Bacău, Botoşani, Iaşi, Neamţ, Vaslui, Suceava erau înregistrate, la 31 decembrie 2018, un număr de 7 grădini zoologice, acvarii publice: Grădina Zoo Bârlad – autorizată (A.M. nr. 296/ 02.12.2013 – 02.12.2023); Parcul Zoologic „Cozla”, Piatra Neamţ – autorizată (A.M. nr. 94/ 05.05.2011 – 05.05.2021); Grădina Zoo Dragoş Vodă – Vânători, jud. Neamţ – autorizată (A.M. nr. 169/ 01.08.2011 – 01.08.2021); Menajerie Colţ Zoologic Ilişeşti, jud. Suceava – autorizată (A.M. nr. 168/ 08.05.2009 - 08.05.2019); Parcul Zoologic Rădăuţi – autorizată (A.M. nr. 646/ 29.12.2010 – 29.12.2020); Complexul Muzeal de Ştiinţele Naturii "Ion Borcea" Bacău - Secţia Vivariu – autorizată (A.M. nr. 36/ 27.01.2011 – 27.01.2021); Grădina Zoologică Roman, jud. Neamț – autorizată (A.M. nr. 90 / 05.09.2017 - 04.09.2022) La nivelul regiunii GALAŢI care cuprinde judeţele: Vrancea, Galaţi, Brăila, Constanţa, Tulcea, Buzău erau înregistrate la 31 decembrie 2018 un număr de 8 grădini zoologice, acvarii publice şi 1 centru de reabilitare pentru animale sălbatice: Acvariul public şi Expoziţia de animale vii Muzeul Vrancei – autorizat (273/02.11.2012 – 01.11.2022); Grădina Zoologică “Pădurea Gârboavele”, Galaţi – autorizat (87/05.08.2015 – 04.08.2020); Acvariul Public din Cadrul Complexului Muzeal de Ştiinţele Naturii Galaţi – autorizat (A.M. -
Checklist of the Cichlid Fishes of Lake Malawi (Lake Nyasa)
Checklist of the Cichlid Fishes of Lake Malawi (Lake Nyasa/Niassa) by M.K. Oliver, Ph.D. ––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––– Checklist of the Cichlid Fishes of Lake Malawi (Lake Nyasa/Niassa) by Michael K. Oliver, Ph.D. Peabody Museum of Natural History, Yale University Updated 24 June 2020 First posted June 1999 The cichlids of Lake Malawi constitute the largest vertebrate species flock and largest lacustrine fish fauna on earth. This list includes all cichlid species, and the few subspecies, that have been formally described and named. Many–several hundred–additional endemic cichlid species are known but still undescribed, and this fact must be considered in assessing the biodiversity of the lake. Recent estimates of the total size of the lake’s cichlid fauna, counting both described and known but undescribed species, range from 700–843 species (Turner et al., 2001; Snoeks, 2001; Konings, 2007) or even 1000 species (Konings 2016). Additional undescribed species are still frequently being discovered, particularly in previously unexplored isolated locations and in deep water. The entire Lake Malawi cichlid metaflock is composed of two, possibly separate, endemic assemblages, the “Hap” group and the Mbuna group. Neither has been convincingly shown to be monophyletic. Membership in one or the other, or nonendemic status, is indicated in the checklist below for each genus, as is the type species of each endemic genus. The classification and synonymies are primarily based on the Catalog of Fishes with a few deviations. All synonymized genera and species should now be listed under their senior synonym. Nearly all species are endemic to L. Malawi, in some cases extending also into the upper Shiré River including Lake Malombe and even into the middle Shiré. -
Ahmad Muhammad Talba
UNIVERSITI PUTRA MALAYSIA EFFECTS OF Chlorella vulgaris SUPPLEMENTATION ON DIETARY DIGESTIBILITY, INTESTINAL MORPHOLOGY AND MICROBIOTA, GROWTH PERFORMANCE AND SURVIVAL OF RED TILAPIA HYBRID (Oreochromis spp.) AHMAD MUHAMMAD TALBA FPV 2018 42 EFFECTS OF Chlorella vulgaris SUPPLEMENTATION ON DIETARY DIGESTIBILITY, INTESTINAL MORPHOLOGY AND MICROBIOTA, GROWTH PERFORMANCE AND SURVIVAL OF RED TILAPIA HYBRID (Oreochromis spp.) UPM By AHMAD MUHAMMAD TALBA COPYRIGHT Thesis Submitted to the School of Graduate Studies, Universiti Putra Malaysia, in Fulfilment of the Requirements for the Degree of Doctor of Philosophy © November 2018 All material contained within the thesis, including without limitation text, logos, icons, photographs and all other artwork, is copyright material of Universiti Putra Malaysia unless otherwise stated. Use may be made of any material contained within the thesis for non-commercial purposes from the copyright holder. Commercial use of material may only be made with the express, prior, written permission of Universiti Putra Malaysia. Copyright © Universiti Putra Malaysia. UPM COPYRIGHT © iii DEDICATION This thesis is dedicated to my mother Hajjiya Maryam Umar Suleiman, my wife Maryam Abubakar Umar and my son Ahmad Muhammad Talba. UPM COPYRIGHT © iv Abstract of thesis presented to the Senate of Universiti Putra Malaysia in fulfilment of the requirement for the degree of Doctor of Philosophy EFFECTS OF Chlorella vulgaris SUPPLEMENTATION ON DIETARY DIGESTIBILITY, INTESTINAL MORPHOLOGY AND MICROBIOTA, GROWTH PERFORMANCE AND SURVIVAL OF RED TILAPIA HYBRID (Oreochromis spp.) By AHMAD MUHAMMAD TALBA November 2018 UPM Chair : Professor Dato’ Mohamed Shariff Mohamed Din, PhD Faculty : Veterinary Medicine While the global aquaculture production is increasing, outbreak of diseases and the stagnation of wild fish catch which is the main source of protein to the aquaculture feed industry are the major impending drawbacks. -
Kayane Pereira Besen Luteína Como Fonte De Carotenoide
KAYANE PEREIRA BESEN LUTEÍNA COMO FONTE DE CAROTENOIDE NATURAL: EFEITO NO DESEMPENHO ZOOTÉCNICO E PIGMENTAÇÃO DA PELE DE JUVENIS DE KINGUIOS Dissertação apresentada ao Curso de Pós- Graduação em Ciência Animal, da Universidade do Estado de Santa Catarina, como requisito parcial para obtenção do título de Mestre em Ciência Animal. Orientador: Dr. Thiago El Hadi Perez Fabregat. LAGES 2017 Dedico este trabalho a minha metade, irmã Fernanda e minha afilhada (Lunna) por me ajudarem a evoluir, espiritualmente e profissionalmente. AGRADECIMENTOS Primeiramente à Deus pelo Dom da VIDA! Aos meus Anjinhos da Guarda (Lola e Lunna) pelos seus sinais que SEMPRE fazem eu sorrir. E também a todas as outras estrelas que já passaram pela minha vida e hoje brilham no céu. À TODA a minha família, pelo apoio. Ao Kaio e Rita por aceitarem a missão de ser meus pais. A minha irmã (Fernanda) e meu cunhado (Leandro) que são meu porto seguro. Ao sol dourado na minha vida (Nola), que irradia sempre por onde passa. Tia Marly e Tio Cacau por me acolherem na sua casa em épocas de congresso. Ao Nuno pelo "auxílio" nos resumos em inglês e a Cá por ser minha personal coaching. Ao meu orientador Thiago Fabregat, contigo aprendo que: "Professores brilhantes ensinam para uma profissão. Professores fascinantes ensinam para a vida" (Augusto Cury). Obrigada pela sua tolerância/paciência e acima de tudo a amizade. Aos Professores: Marcelo, Pillati, Maria e Pessati pela disponibilidade e prontidão para me auxiliarem nos momentos que precisei. Aos colegas do LAPIS (Lab Piscicultura) que participaram de forma ativa durante a execução do experimento (Erick e Emanuel) e das análises (Erick, Larissa e Luís), mas também aqueles que me ajudaram de alguma outra forma (biometrias, processo de produção da ração, sifonagem, carregando balde de água para encher os aquários...). -
Cichliden Von A-Z Maylandia Estherae (Konings, 1995)
Cichliden von A-Z Maylandia estherae (Konings, 1995) Synonyme: Pseudotropheus estherae KONINGS, 1995; Metriaclima estherae STAUFFER & al., 1997. Der Gattungsname Metriaclima ist ein jüngeres Synonym zu Maylandia MEYER & FOERSTER, 1984 (vgl. dazu das Literaturverzeichnis). Bedeutung des wissenschaftlichen Namens: Maylandia = Dedikationsname, der sich auf Hans Mayland, Autor zahlreicher Publikationen über Aquariumfische, bezieht; estherae = Dedikationsname, der sich auf Esther Grant, die Frau des in Malawi tätigen Exporteurs bezieht. Erstbeschreibung: Description of Pseudotropheus estherae sp. nov., The Well-known Red Zebra Cichlid fromLake Makawi. TFH43 (9): 206-210. Typusmaterial: Die 6 Typusexemplare wurden von Ad Konings im Jahre 1994 gefangen und werden im Koninklijk Museum voor Midden Afrika in Tervuren aufbewahrt. Verwandtschaft: Maylandia estherae gehört in die nähere Verwandtschaft des 24 Arten umfassenden Komplexes um den Blaue Zebramaulbrüter (Maylandia zebra). Da Pseudotropheus eine heterogene Sammelgattung ist, trennten Stauffer und Mitarbeiter diesen monophyletischen Artenkomplex ab und überführten ihn in die neu aufgestellte Gattung Metriaclima. Typuslokalität: Minos Reef, das bei der Ortschaft Miluluka der zu Moçambique gehörenden Ostküste vorgelagert ist. Verbreitung und Ökologie: Maylandia estherae ist an der zu Moçambique gehörenden Ostküste des Malawisees endemisch und kommt dort nur in wenigen, isolierten und sehr kleinen Arealen vor. In der Erstbeschreibung werden neben dem Typusfundort das Chilucha Reef vor der Stadt -
The Effects of Simulated Turbidity on the Mate Choice of a Female Cichlid from Lake Malawi, Metriaclima Estherae
The Effects of Simulated Turbidity on the Mate Choice of a Female Cichlid from Lake Malawi, Metriaclima estherae Nathan Coffman Department of Ecology and Evolutionary Biology University of Colorado, Boulder April 4th, 2011 Thesis Advisor: Dr. Alexander Cruz, Department of Ecology and Evolutionary Biology Committee Members: Dr. Alexander Cruz, Department of Ecology and Evolutionary Biology Dr. Barbara Demmig-Adams, Department of Ecology and Evolutionary Biology Dr. Daniel Sturgis, Department of Philosophy Coffman 2 Abstract The cichlid fish (Perciformes: Teleostei) of the Rift Valley lakes of Africa are commonly viewed as non-human model evolutionary organisms that offer lessons about evolution that can be applied to many other organisms, due to the fact that new cichlid species evolve in the Rift Valley lakes at an accelerated rate when compared to other locales. In order to use them as such, however, the mechanisms by which the cichlids evolve into new species must be understood. Visual sexual selection by females has been implicated in numerous studies as a driving force in these radiations. Recently, the ability of females to discriminate in this fashion has come under threat in Lake Victoria, where water clarity has declined due to anthropogenic factors such as increased agricultural cultivation and deforestation. As a result, an increase in mating and hybridization among multiple cichlid species has been seen in the portions of the lake that are most affected by this reduction in water clarity. Comparatively little research has been done on the possible effects of reduced water clarity on the other two major lakes of the region, Lake Tanganyika and Lake Malawi. -
Attachment 1
ZB13.6 TORONTO ZOO ANIMAL LIVES WITH PURPOSE INSTITUTIONAL ANIMAL PLAN 2020 OUR MISSION: Our Toronto Zoo - Connecting animals, people and conservation science to fight extinction OUR VISION: A world where wildlife and wild spaces thrive TABLE OF CONTENTS EXECUTIVE SUMMARY ....................................................................................................................... 3 Position Statement ............................................................................................................................. 4 A Living Plan ...................................................................................................................................... 4 Species Scoring and Selection Criteria .............................................................................................. 5 Themes and Storylines ....................................................................................................................... 7 African Rainforest Pavilion .................................................................................................................... 9 African Savanna .................................................................................................................................. 13 Indo-Malaya Pavilion ........................................................................................................................... 16 Eurasia Wilds ...................................................................................................................................... -
Terrestrial Kbas in the Great Lakes Region (Arranged Alphabetically)
Appendix 1. Terrestrial KBAs in the Great Lakes Region (arranged alphabetically) Terrestrial KBAs Country Map No.1 Area (ha) Protect AZE3 Pressure Biological Other Action CEPF ion2 Priority4 funding5 Priority6 EAM7 Ajai Wildlife Reserve Uganda 1 15,800 **** medium 4 1 3 Akagera National Park Rwanda 2 100,000 *** medium 3 3 3 Akanyaru wetlands Rwanda 3 30,000 * high 4 0 2 Bandingilo South Sudan 4 1,650,000 **** unknown 4 3 3 Bangweulu swamps (Mweru ) Zambia 5 1,284,000 *** high 4 3 2 Belete-Gera Forest Ethiopia 6 152,109 **** unknown 3 3 3 Y Bonga forest Ethiopia 7 161,423 **** medium 2 3 3 Y Budongo Forest Reserve Uganda 8 79,300 **** medium 2 3 3 Y Bugoma Central Forest Uganda 9 40,100 low 2 3 3 **** Y Reserve Bugungu Wildlife Reserve Uganda 10 47,300 **** medium 4 3 3 Y Bulongwa Forest Reserve Tanzania 11 203 **** unknown 4 0 3 Y Burigi - Biharamulo Game Tanzania 12 350,000 unknown 4 0 3 **** Reserves Bururi Forest Nature Reserve Burundi 13 1,500 **** medium 3 1 3 Y Busia grasslands Kenya 14 250 * very high 4 1 2 Bwindi Impenetrable National Uganda 15 32,700 low 1 3 3 **** Y Park 1 See Basin level maps in Appendix 6. 2 Categorised * <10% protected; ** 10-49% protected; *** 50-90% protected: **** >90% protected. 3 Alliaqnce for Zero Extinction site (Y = yes). See section 2.2.2. 4 See Section 9.2. 5 0 – no funding data; 1 – some funding up to US$50k allocated; 2 – US$50-US$250k; 3 – >US$250k. -
AMERICKÉ CICHLIDY Amatitlania Nigrofasciata Geofágové Cryptoheros Sajica
bulletin občianskeho združenia KLUB.AKVA.SK 12/7.7.2008/ 4 x 4 o "Crystal Red" a vodě AMERICKÉ CICHLIDY Amatitlania nigrofasciata geofágové Cryptoheros sajica MEXICKÝ DENÍK (2.): YUCATÁN Caridina cf. cantonensis 'Tiger' reportáže – akvaristika Rizlaci BB, Exotic Show 2008 BB, Interzoo Norimberg 2008 AKVALETO 2008 recenzie – Fishes of Kuching Rivers editoriál v y c h á d z a a k o dv o j m e s a č n í k v e le k t r o n i c k e j p o d o b e / f o rm á t . pd f / Akvárium, číslo 12 KLUB.AKVA.SK editoriál Milé akvaristky, milí akvaristé, neměla jsem původně vůbec v úmyslu to zmiňovat, ale dete mít nějakou dobu čas na obyčejné radosti, jaké předsta- dvanáctka uzavírá dva roky fungování Akvária. To by mělo vují třeba naše stará dobrá – byť malá – akvária. znamenat, že už je zaběhnuté, stabilní a přináší radost adek- Určitě bychom chtěli jedno z budoucích čísel věnovat vátní našemu očekávání, s kterým jsme si jej pořizovali. Mám opravdu velkým akváriím. Pokud s nimi máte nějaké osobní dojem, že někteří akvaristé „akčnějšího“ ražení by ani ty dva zkušenosti, nebo poměrně reálnou představu, jak by měl váš roky čekat nevydrželi; jiní by možná právě teď usoudili, že je splněný sen jednou vypadat, napište nám, budeme rádi. To se čas na radikální přestavbu. samozřejmě týká jakýchkoliv vašich přání, námětů, otázek. Občas hledám ve starších číslech nějaký článek, potřebuju Mám pocit, že být akvaristou je v této době velmi dobré. se podívat, o čem jsme psali a jak.. -
Divergent Selection During Speciation of Lake Malawi Cichlid Fishes Inferred from Parallel Radiations in Nuptial Coloration
Divergent selection during speciation of Lake Malawi cichlid fishes inferred from parallel radiations in nuptial coloration Charlotte J. Allender†‡§, Ole Seehausen†§¶ʈ, Mairi E. Knight†, George F. Turner¶, and Norman Maclean† †Biodiversity and Ecology Division, University of Southampton, Bassett Crescent East, Southampton SO16 7PX, United Kingdom; and ¶Molecular and Evolutionary Ecology Group, Department of Biological Sciences, University of Hull, Hull HU6 7RX, United Kingdom Edited by Eviatar Nevo, University of Haifa, Haifa, Israel, and approved September 23, 2003 (received for review May 5, 2003) Repeated evolution of the same phenotypic difference during inde- partitioned into a small number of core patterns that are similar pendent episodes of speciation is strong evidence for selection during between the lakes (ref. 25 and Fig. 1a). Sympatric and parapatric speciation. More than 1,000 species of cichlids, >10% of the world’s species with similar morphologies usually have different color freshwater fish species, have arisen within the past million years in patterns, and most regional assemblages are composed of several Lakes Malawi and Victoria in eastern Africa. Many pairs of closely patterns. Differences in these patterns are typically associated with related sympatric species differ in their nuptial coloration in very prezygotic reproductive isolation (14, 26–30). similar ways. Nuptial coloration is important in their mate choice, and These latter observations stimulated suggestions that divergent speciation by sexual selection on genetically or ecologically con- or disruptive sexual selection may cause speciation without requir- strained variation in nuptial coloration had been proposed, which ing complete geographical isolation (15, 16, 22, 23, 31). However, would repeatedly produce similar nuptial types in different popula- rather than being closely related to each other, as that hypothesis tions, a prediction that was difficult to test in the absence of popu- predicts, geographically proximate species with different color lation-level phylogenies. -
Raport Anual 2008
RAPORT pentru anul 2020 PRIVIND GRĂDINILE ZOOLOGICE, ACVARIILE PUBLICE ŞI CENTRELE DE REABILITARE ŞI/SAU ÎNGRIJIRE LA NIVEL NAŢIONAL A. STADIUL AUTORIZĂRII GRĂDINILOR ZOOLOGICE, ACVARIILOR PUBLICE În anul 2020 la nivel naţional au fost înregistrate un număr de 35 grădini zoologice şi acvarii publice din care: 33 grădini zoologice şi acvarii publice sunt autorizate; 2 grădini zoologice neautorizate: Parc Zoologic Turda Menajerie Colț Zoologic Ilișești, Jud. Suceava De asemenea, în anul 2020 – la nivel național, pe lângă grădinile zoologice şi acvariile publice sunt înregistrate și autorizate 2 centre de reabilitare urşi şi 5 centre zonale de îngrijire şi tratament pentru animale sălbatice şi păsări. La nivelul regiunii BACĂU care cuprinde judeţele: Bacău, Botoşani, Iaşi, Neamţ, Vaslui, Suceava erau înregistrate, la 31 decembrie 2020, un număr de 7 grădini zoologice, acvarii publice: Grădina Zoo Bârlad – autorizată (A.M. nr. 296/ 02.12.2013 – 02.12.2023); Parcul Zoologic „Cozla”, Piatra Neamţ – autorizată (A.M. nr. 94/ 05.05.2011 – 05.05.2021); Grădina Zoo Dragoş Vodă – Vânători, jud. Neamţ – autorizată (A.M. nr. 169/ 01.08.2011 – 01.08.2021); Menajerie Colţ Zoologic Ilişeşti, jud. Suceava – neautorizată (a fost anulată procedura de autorizare) Parcul Zoologic Rădăuţi – autorizată (A.M. nr. 646/ 29.12.2010 – 29.12.2020); Complexul Muzeal de Ştiinţele Naturii "Ion Borcea" Bacău - Secţia Vivariu – autorizată (A.M. nr. 36/ 27.01.2011 – 27.01.2021); Grădina Zoologică Roman, jud. Neamț – autorizată (A.M. nr. 90 / 05.09.2017 - 04.09.2022) La nivelul regiunii GALAŢI care cuprinde judeţele: Vrancea, Galaţi, Brăila, Constanţa, Tulcea, Buzău erau înregistrate la 31 decembrie 2020 un număr de 8 grădini zoologice, acvarii publice şi 1 centru de reabilitare pentru animale sălbatice: Acvariul public şi Expoziţia de animale vii Muzeul Vrancei – autorizat (273/02.11.2012 – 01.11.2022); Grădina Zoologică “Pădurea Gârboavele”, Galaţi – autorizat (87/05.08.2015 – 04.08.2020); Acvariul Public din Cadrul Complexului Muzeal de Ştiinţele Naturii Galaţi – autorizat (A.M. -
Place Des Especes Exotiques Envahissantes Dans L
RAPPORT DE STAGE DE FIN D’ETUDES VISANT L’OBTENTION DU DIPLOME D’INGENIEUR AGRONOME Spécialisation Qualité de l’Environnement et Gestion des Ressources Julie Quélet PLACE DES ESPECES EXOTIQUES ENVAHISSANTES EN AQUARIOPHILIE ET RISQUES ASSOCIES 1 mars - 30 août 2013 Délégation interrégionale Nord-Est de l’ONEMA– Metz Tuteur ONEMA : Florent LAMAND Tuteur ENSAT : Pascal LAFFAILLE Ingénieur Responsable Spécialisation QEGR PLACE DES ESPECES EXOTIQUES ENVAHISSANTES EN AQUARIOPHILIE ET RISQUES ASSOCIES Julie Quélet 2013 Sources illustrations page de garde : - Nénuphar rose, espèce exotique inconnue, et guppy, Poecilia reticulata : photographies personnelles - Jussie, Ludwigia peploides, et perche soleil, Leppomis gibbosus : ONEMA REMERCIEMENTS Tout d’abord, je remercie Patrick Weingartner pour m’avoir accueillie à la délégation interrégionale Nord-Est. Je tiens à remercier mon maître de stage, Florent Lamand, pour l’attention qu’il a portée à mon travail, pour ses conseils et pour ses relectures de mon rapport. Merci à lui de m’avoir fait découvrir ce que sont les sorties terrain à l’ONEMA. Surtout, merci pour son soutien tout au long du stage. Un grand merci à tous les agents de la DirR Nord-Est pour leur accueil sympathique. Merci à Patrice Currien pour son aide précieuse en SIG ; à Jean-Claude Lumet pour avoir éclairci le mode de fonctionnement de la législation française et pour ses conseils rédactionnels ; à Emmanuel Perez pour m’avoir expliqué ce que représente concrètement la DCE et à Sylvie André pour la relecture de mon travail. Je remercie tous ceux qui ont bien voulu consacrer un peu de leur temps pour répondre à mes questions et me donner des conseils, notamment Sébastien Manné et Marc Colas.