Joint effects of global warming and pollutants on damselflies

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Joint effects of global warming and pollutants on damselflies

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W‘ KU LEUVEN ARENBERG DOCTORAL SCHOOL FACULTY OF SCIENCE Joint effects of global warming and pollutants on damselflies mu' v i £n oh nha trang lotc Dr Dr, 2000005772 Khuong DINH VAN Dissertation presented in partial fulfilment of the requirements for the degree of Doctor in Science (Biology) October 2014 \N / ٧ ■ Joint effects of global warming and pollutants on damselflies Khương ĐINH VĂN TRƯG.HG BAI HLỊC HMĩmh ĩ H VIỀN 20005772 Promotors: Prof Dr Robby Stoks Dissertation presented in partial fulfilment of the requirements for the degree of Doctor in Science (Biology) University of Leuven, Belgium Prof Dr Lieven Bervoets University of Antwerp, Belgium October 2014 Examination committee Prof Dr Em Frans Ollevier University of Leuven (KU Leuven), Belgium Prof Dr Luc De Meester University of Leuven (KU Leuven), Belgium Dr Lizanne Janssens University of Leuven (KU Leuven), Belgium Prof Dr Tom Wenseleers University of Leuven (KU Leuven), Belgium Dr Hélène Arambourou IRSTEA - Laboratoire d'écotoxicologie, France Prof Dr Matthias Liess UFZ - Helmholtz Centre for Environmental Research, Germany © 2014 KU Leuven, Groep Wetenschap & Technologie Uitgegeven in eigen beheer, Khuong Dinh Van, Leuven Alle rechten voorbehouden Niets uit deze uitgave mag worden vermenigvuldigd en/of openbaar gemaakt worden door middel van druk, fotokopie, microfilm, elektronisch o f op welke andere wijze ook zonder voorafgaandelijke schriftelijke toestemming van de uitgever All rights reserved No part o f the publication may be reproduced in any form by print, photoprint, microfilm, electronic or any other means without vvritten permission from the publisher Cover photo: Ischnura elegans larva (Photo credit: Christophe Brochard) ISBN: 978-90-8649-762-1 D/2014/10705/70 The research presented in this dissertation was funded by the Vietnam International Educational Development (VIED) and the IRO-expat supplement Acknowledgements Time had flown when I realized that I have been in the lab for four years Completion of a doctoral programme in a prestigious university like University o f Leuven is just a dream come true that did not dare to think about during my childhood To achieve this, have been received great supports and assistance from many people “around the world” and I highly appreciate all these valuable supports I would like to express my deep gratitude to my promotor Professor Robby Stoks who provided me a best opportunity to start a scientific career as an eco(toxico)logist am always inspired by his ideas to improve the quality of research both in conducting experiments and writing manuscripts With the respect I would like to thank you very much for your support A special thank is also sent to Lizanne who always provides me a great technical and scientific assistance, even when she was extremely busy with her experiments and manuscripts I also thank Lizanne for a translation of the summary o f my thesis into Flemish Lizanne also helped me time after time to solve the housing problems in Leuven I highly appreciate all your assistance would also like to express my gratitude to my co-promotor Professor Lieven Bervocts for the important contributions to my research am very happy with all the great results from your assistance i would also like to thank ail the assessors and jury members Professor Luc De Meester, Professor Matthias Liess, Professor Frans Ollevier, Dr Hélène Arambourou, and Professor Tom Wenseleers for their constructive comments for my thesis [ would like to thank R.ia for a great assistance in laboratory works Ria is always available to answer my questions Ria also helped me and my family a lot in personal life also thank Conny, Eddy, Melissa, Geert and Ronny for all the administrative and technical assistance I would like to thank F an s for solving a lot o f computer issues, particularly when I had a ‘‘crashed hardware" or installed new windows and softwares Special thanks are sent to E3 group for always willing to help and helped me a lot during high workload o f the experiments I would like to thank Eleven and Hajnl for great assistance during the c scitulum experiments, even under the rain in ARENA or freezing temperatures in Redingenhof I would like to thank Sara and Hốlồne for excellent discussions when ١٨^ tin g manuscripts would like to thank Sarah, Lin, Marie, Nedim, Tâm and Chao for providing assisầnce during my study and preparations for my public defence All o f you are not only my best colleagues ever but also my great friends in Leuven I would also like to thank Philippe Lambret and ٧ iktor Nilsson-Ortman for collecting eggs o f Jschnura elegans damselfly and their contribution to the edition and revision of the chapter A thank is also sent to Christophe Brochard for the pem ission to use his photos in my thesis I would like to thank Maarten De Jonge and Steven Joosen for technical assistance when worked with radioactive materials and analysing metal concenfrations at the University o f Antwerp would like to thank the Internationalization team for “happy hours" together I would also thank Dr Pham Quoc Hung, Dr Nguyen Tan Sy, Professor Nguyen Dinh Mao and leaders of the Nha Trang University who have always provided me strong supports and always encourage me during my study abroad would appreciate all their supports I would like to thank Professor Hoang Tung at International University, Vietnam who always provides me supports and advices since I worked at Nha Trang University I also thank him for recommending me to KU Leuven for my PhD study This was one o f the most important recommendations for me so far I would like to thank colleagues at the section of Ecology, Evolution and C onsolation and friends in Leuven who have provided various kinds o f assistance or make my life here more memorable, particularly Anna, Frans and Aister for lunches together at Alma; Quan, Duong, Hiep, Duong-Phuong and Trung for a “home'١environment in Leuven would like administrative officers at the Vietnam International Educational Development, particularly Ms Bui Hong Thuy, Ms Nguyen Thi Ha Anh, and Ms Ngo Thi Dieu Linh for handling my reports and scholarship would like to thank Mr Edmundo Guzman at the International Office, KU Leuven for assisting with IRO expat A special thank is also sent to mv parents Đinh Cơng ưấn and Hồng Thị Bon and parents-in-law Vũ Văn Tiến and Đoàn Thị Hiền, brothers and sisters who always encourage me during my time abroad My total gratitude goes to my wife VŨ Thị Thùy Minh and daughter Đinh Vũ Minh Ngọc for their endless love and support while they have to go throu,gh all the challenges in life without my assistance for a long time D edication I dedicate this thesis to my wife, daughter and parents Summary Global warming and contamination are two major threats to freshwater biodiversity, which, moreover, have the potential to interact synergistically To persist in a warming world, organisms have to either adapt in situ to the temperature increase or shift their range to track their moving climate niche However, we poorly know the roles of thermal adaptation, life history and the rapid evolution at an expanding range front in shaping the vulnerability to contaminants under global w^arming In this study, i investigated the separate and joint effects of global warming and contaminant stress on damselflies focusing on two aspects: (i) a 4.C temperature increase and how this is further modulated by thermal and latitudinal adaptation and (ii) a poleward range expansion and associated life history evolution In chapters I-IV, describe the results of common garden warming experiments where larvae of replicated populations from low, central and high latitudes of Ischnura elegans were reared at 20.C and at 24.C corresponding to the mean summer water temperatures in ponds in southern Sweden and Southern France, respectively Importantly, the ٥C temperature difference also corresponds to the predicted temperature increase by 2100 under iPCC scenario AIFI This space-for-timc substitution approach allows testing whether local thermal adaptation may shape the future susceptibility of contaminants under global warming at higher latitudes I found a strong latitude-specific vulnerability to contaminants for both the metal zinc and the pesticide chlorpyrifos Indeed, high-latitude populations showed a stronger reduction in escape swimming speed when exposed to zinc, indicating that the metal contamination may make them more vulnerable to predation Importantly, at high temperature high-latitude populations were also more vulnerable to zinc in term of survival and activity levels while these effects were not present or much less pronounced in low-latitude vii populations, indicating that gradual thermal adaptation may mitigate the future effects of metals on high-latitude populations under global warming In contrast, the low-latitude populations showed a stronger growth reduction at high chlorpyrifos concentrations and high temperature This result suggests that the faster life history, more than three generations per year, o f low-latitude populations makes them more vulnerable to organophosphate pesticides like chlorpyrifos At higher temperature, the negative effects o f chlorpyrifos were also stronger for predator behaviors while these effects were similar for antipredator behaviours at both temperatures These results highlight the complexity o f contaminant effects on predatorprey interactions being differentially temperature-dependent pending on the trophic level In chapters V and VI, I tested for the role o f the evolution o f a faster life history and a higher investment in flight morphology during range expansion in driving the vulnerability to two widespread pesticides, the organophosphate chlorpyrifos and the pyrethroid esfenvalerate, in the edge populations of the damselfly Coenagrion scitulum, a currently poleward moving damselfly did this by comparing the vulnerability o f replicated core and edge populations reared under common garden conditions from the egg stage Besides testing for effects o f the pesticides during the larval stage I was particularly interested in carry-over effects in the adult stage in traits related to range expansion, namely flight ability and immune function I found evidence for the faster life history o f edge populations in term o f growth rate and development time while the higher investment in flight-related traits was only present at high density in the absence o f pesticides Nevertheless, the edge populations showed a consistently higher vulnerability to pesticides both during the exposure period and with regard to carry-over effects across metamorphosis; the mortality rate was higher in esfenvalerate-exposed edge larvae and the chlorpyrifos-induced reductions in flight muscle mass and phenoloxidase activity were only present in the edge animals viii References Phillips, B.L ١ 2009 The evolution of growth rates on an expanding range edge 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to temperature in two damselfly species differing in latitude: contributions of behaviour and physiology Oikos 111, 599-605 246 References Van Drooge, H.L., Groeneveld, C.N., Schipper, H.J., 2001 Data on application frequency of pesticide for risk assessment purposes Annals o f Occupational Hygiene 45, S95SlOl Vellinger, C., Felten, V ١Somom, P., Rousselle, P.١Beisel, J.N., Usseglio-Polatera, P.١2012 Behavioural and physiological responses of Gammarus pulex exposed to cadmium and arsenate at three temperatures: individual and combined effects Plos One Venkateswara Rao, J., Kavitha, P., Jakka von Sridhar, N.M., Usman, P.K., 2007 Toxicity of organophosphates on morphology and locomotor behavior in brine shrimp, Artemia salina Archives of Environmental Contamination and Toxicology 53, 227-232 Vighi, M., 2013 Foreword Integrated environmental assessment and management 9, el-e3 Voros, M., Istvanovics, V Weidinger, T., 2010 Applicability o f the FLake model to Lake Balaton Boreal Environment 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and CYPIA levels in Chinook salmon {Oncorhynchus tshawyacha) exposed to esfenvalerate and chlorpyrifos Aquatic Toxicology 74, 172-192 Woodward, G., Perkins, D.M., Brown, L.E., 2010 Climate change and freshwater ecosystems: impacts across multiple levels o f organization Philosophical Transactions of the Royal Society B.Biological Sciences 365, 2093-2106 Wurtz, C.B., Bridges, C.H., 1961 Preliminary results from macro-invertebrate bioassays Proceeding o f the Pennsylvania Academy o f Science 35, 51-56 Xuereb, B., Lefevre, E., Garric, J., Geffard, , 2009 Acetylcholinesterase activity in Gammarus fossarum (Crustacea Amphipoda): Linking AChE inhibition and behavioural alteration Aquatic Toxicology 94, 114-122 Yourth, C.P., Forbes, M.R., Smith, B.P., 2002 Immune expression in a damselfly is related to time of season, not to fluctuating asymmetry or host size Ecological Entomology 27, 123-128 248 Publications Publications Published articles Dinh Van*, K., Janssens*, L., Debecker, S., De Jonge, M., Lambret, P., Nilsson-Ortman, V., Bervoets, L.١Stoks, R., 2013 Susceptibility to a metal under global warming is shaped by thermal adaptation along a latitudinal gradient Global Change Biology 19, 26252633 (Impact factor 2013: 8.224) Janssens*, L., Dinh Van*, K., Debecker, S.١Bervoets, L., Stoks, R., 2014 Local adaptation and the potential effects of a contaminant on predator avoidance and antipredator responses under global warming: a space-for-time substitution approach Evolutionary Applications 7, 421-430 (Impact factor 2013: 4.569) Dinh Van*, K., Janssens*, L., Debecker, S., Stoks, R., 2014 Temperature- and latitudespecific individual growth rates shape the vulnerability o f damselfly larvae to a widespread pesticide Journal of Applied Ecology 51, 919-928 (Impact factor 2013: 4.754) Dinh Van*, K., Janssens*, L.١Debecker, S.١Stoks, R., 2014 Warming increases chlorpyrifos efTects on predator but not anti-predator behaviours A quatic Toxicology 152, 215-221 (Impact factor 2013: 3.513) Janssens, L., Dinh Van, K., Stoks, R., 2014، Extreme temperatures in the adult stage shape delayed effects o f larval pesticide stress; A compari son between latitudes Aquatic Toxicology 148, 74-82 (Impact factor 2013: 3.513) 249 Pub!Icatlons Manuscripts (with provisional tities) are in preparation, under review, or revise Dinh Van, K., Janssens, L.١Therry, L ١B e^oets, L., Bonte, D ١Stoks, R Does rapid evolution o f faster laical gro ١ ^ h rates at an expanding range front increases vulnerability to a widespread pesticide Dinh Van, K., Janssens, L , Then^, L., Gyulav^ri, H.A., Bervoets, L., Stoks, R Increased vulnerability to esfenvalerate at the expansion front in a poleward moving damselfly Coenagrion scitulum Dinh Van, K., Janssens, L., Debecker, s., Stoks, R Previous exposure to a heat wave makes the pesticide chlorpyrifos more lethal Stoks, R., Debecker, s., Dinh Van, K., Janssens, L Damselflies as ecological and evolutionary models in aquatic toxicology *Joint first authors 250 F A C U L T Y O F S C IE N C E D E P A R T M E N T O F B IO L O G Y L a b o to ry o f A q u a tic E c o lo g y , E v o lu tio n a n d C o n s e rv a tio n C h a rle s D e b e rio ts tra a t 32 B -3 0 L e u v e n , B E L G IU M tel + 32 16 32 17 K h u o n g D in h V a n @ b io k u le u v e n b e ... Aims and outlines of the research The focus of this thesis is to study separate and joint effects of global warming and contaminant stress on damselflies focusing on life history responses and. .. separate and joint effects of global warming and contaminant stress on damselflies focusing on two aspects: (i) a 4.C temperature increase and how this is further modulated by thermal and latitudinal... introduction Traits under investigation To get a multifaceted picture of the effects of contaminants under global warming, I studied effects on life history, behaviour and physiology Life-history and

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