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2. Effect of an antidepressant on aquatic ecosystems in the presence of microplastics: A mesocosm study

Author

Vasantha Raman, Nandini, Gebreyohanes Belay, Berte M., South, Josie, Botha, Tarryn L., Pegg, Josephine, Khosa, Dumisani, Mofu, Lubabalo, Walsh, Gina, Jordaan, Martine S., Koelmans, Albert A., Teurlincx, Sven, Helmsing, Nico R., de Jong, Nina, van Donk, Ellen, Lürling, Miquel, Wepener, Victor, Fernandes, Tânia V., and de Senerpont Domis, Lisette N.

Published
2024
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3. Making waves: Lessons learned from the COVID-19 anthropause in the Netherlands on urban aquatic ecosystem services provisioning and management

Author

Armstrong, Margaret, Aksu Bahçeci, Hazal, van Donk, Ellen, Dubey, Asmita, Frenken, Thijs, Gebreyohanes Belay, Berte M., Gsell, Alena S., Heuts, Tom S., Kramer, Lilith, Lürling, Miquel, Ouboter, Maarten, Seelen, Laura M.S., Teurlincx, Sven, Vasantha Raman, Nandini, Zhan, Qing, and de Senerpont Domis, Lisette N.

Published
2022
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8. Corrigendum to <Effect of an antidepressant on aquatic ecosystems in the presence of microplastics : A mesocosm study> [Environ. Pollut. 357 (2024) 124439] (Environmental Pollution (2024) 357, (S0269749124011539), (10.1016/j.envpol.2024.124439))

Author

Vasantha Raman, Nandini, Gebreyohanes Belay, Berte M., South, Josie, Botha, Tarryn L., Pegg, Josephine, Khosa, Dumisani, Mofu, Lubabalo, Walsh, Gina, Jordaan, Martine S., Koelmans, Albert A., Teurlincx, Sven, Helmsing, Nico R., de Jong, Nina, van Donk, Ellen, Lürling, Miquel, Wepener, Victor, Fernandes, Tânia V., de Senerpont Domis, Lisette N., Vasantha Raman, Nandini, Gebreyohanes Belay, Berte M., South, Josie, Botha, Tarryn L., Pegg, Josephine, Khosa, Dumisani, Mofu, Lubabalo, Walsh, Gina, Jordaan, Martine S., Koelmans, Albert A., Teurlincx, Sven, Helmsing, Nico R., de Jong, Nina, van Donk, Ellen, Lürling, Miquel, Wepener, Victor, Fernandes, Tânia V., and de Senerpont Domis, Lisette N.

Abstract

The authors regret < that they have not provided the correct statement on Data availability: All raw data and R scripts used in this study are publicly available on Zenodo at: https://doi.org/10.5281/zenodo.12654216>. The authors would like to apologise for any inconvenience caused.

Published
2024

9. Understanding the differential impacts of two antidepressants on locomotion of freshwater snails (Lymnaea stagnalis)

Author

Sub Ecology and Biodiversity, Ecology and Biodiversity, Raman, Nandini Vasantha, Dubey, Asmita, van Donk, Ellen, von Elert, Eric, Lürling, Miquel, Fernandes, Tânia V., de Senerpont Domis, Lisette N., Sub Ecology and Biodiversity, Ecology and Biodiversity, Raman, Nandini Vasantha, Dubey, Asmita, van Donk, Ellen, von Elert, Eric, Lürling, Miquel, Fernandes, Tânia V., and de Senerpont Domis, Lisette N.

Published
2024

13. Corrigendum to [Environ. Pollut. 357 (2024) 124439]

Author

Vasantha Raman, Nandini, Gebreyohanes Belay, Berte M., South, Josie, Botha, Tarryn L., Pegg, Josephine, Khosa, Dumisani, Mofu, Lubabalo, Walsh, Gina, Jordaan, Martine S., Koelmans, Albert A., Teurlincx, Sven, Helmsing, Nico R., de Jong, Nina, van Donk, Ellen, Lürling, Miquel, Wepener, Victor, Fernandes, Tânia V., and de Senerpont Domis, Lisette N.

Published
2024
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22. Pharmaceuticals May Disrupt Natural Chemical Information Flows and Species Interactions in Aquatic Systems: Ideas and Perspectives on a Hidden Global Change

Author

Van Donk, Ellen, Peacor, Scott, Grosser, Katharina, De Senerpont Domis, Lisette N., Lürling, Miquel, de Voogt, Pim, Series editor, Cavieres, María Fernanda, Advisory Editor, Knaak, James B., Advisory Editor, van Wezel, Annemarie P., Advisory Editor, Tjeerdema, Ronald S., Advisory Editor, Janssen, Colin, Advisory Editor, Whitacre, David M., Advisory Editor, Gunther, Francis A., Editor-in-chief, Bennett, Erin R., Managing Editor, and Ross, Peter S., Managing Editor

Published
2016
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26. The influence of balanced and imbalanced resource supply on biodiversity – functioning relationship across ecosystems

Author

Lewandowska, Aleksandra M., Biermann, Antje, Borer, Elizabeth T., Cebrián-Piqueras, Miguel A., Declerck, Steven A. J., De Meester, Luc, Van Donk, Ellen, Gamfeldt, Lars, Gruner, Daniel S., Hagenah, Nicole, Harpole, W. Stanley, Kirkman, Kevin P., Klausmeier, Christopher A., Kleyer, Michael, Knops, Johannes M. H., Lemmens, Pieter, Lind, Eric M., Litchman, Elena, Mantilla-Contreras, Jasmin, Martens, Koen, Meier, Sandra, Minden, Vanessa, Moore, Joslin L., Venterink, Harry Olde, Seabloom, Eric W., Sommer, Ulrich, Striebel, Maren, Trenkamp, Anastasia, Trinogga, Juliane, Urabe, Jotaro, Vyverman, Wim, Van de Waal, Dedmer B., Widdicombe, Claire E., and Hillebrand, Helmut

Published
2016

29. Evidence that long‐distance dispersal of aquatic invertebrates by ducks increases with propagule size

Author

Santamaría, Luis, Charalambidou, Iris, Viana, Duarte, van Donk, Ellen, Santamaría, Luis, Charalambidou, Iris, Viana, Duarte, and van Donk, Ellen

Abstract

Migratory ducks are key dispersal agents for aquatic organisms, yet differences in their potential for short- and long-distance dispersal are still poorly understood, particularly differences among aquatic invertebrate taxa. Using seven species of aquatic invertebrates and a duck species known to feed on them in the wild (the northern shoveler) as a model system, we evaluated whether their potential for endozoochorous dispersal varies among five of the species and scales with propagule size for the seven species. We also tested the expectation of a lower dispersal potential for invertebrate propagules, as compared to plant seeds; and evaluated whether intra-specific variation (in particular, sexual dimorphism) influences the potential of waterbirds as dispersal vectors. An experiment with five invertebrate species demonstrated that most resting eggs (68%–95%) were retrieved by 4 hr after ingestion, with maximum gut-passage times ranging from 16 hr for Daphnia magna to 36 hr for Artemia salina and Thamnocephalus platyurus. Using models that combine migratory duck movements with gut-passage times, we show that aquatic invertebrates may disperse frequently over distances of 15–16 km (median dispersal distance) and regularly over distances up to 110–166 km (Q99 distance). Increasing propagule size resulted in increasing gut-passage times, decreasing survival of gut passage and decreasing hatching success. While propagule size had no effects on “regular” dispersal distances (mean, median, Q95 and Q99), the frequency of long-distance dispersal increased with it. Increasing propagule size therefore had two contrasting effects on invertebrate dispersal potential, decreasing the frequency of dispersal (fewer seeds dispersed) but increasing the potential for long-distance dispersal. Conclusions: We provide evidence that endozoochory of invertebrate propagules by waterbirds results in frequent dispersal among wetlands (tens of km) and regular dispersal

Published
2023

30. Environmental refuges from disease in host-parasite interactions under global change

Author

Gsell, A.S., Biere, Arjen, de Boer, W., de Bruijn, I., Eichhorn, G., Frenken, Thijs, Geisen, S.A., van der Jeugd, Henk, Mason-Jones, Kyle, Meisner, A., Thakur, Madhav P., van Donk, Ellen, Zwart, M.P., van de Waal, Dedmer B., Gsell, A.S., Biere, Arjen, de Boer, W., de Bruijn, I., Eichhorn, G., Frenken, Thijs, Geisen, S.A., van der Jeugd, Henk, Mason-Jones, Kyle, Meisner, A., Thakur, Madhav P., van Donk, Ellen, Zwart, M.P., and van de Waal, Dedmer B.

Abstract

The physiological performance of organisms depends on their environmental context, resulting in performance-response curves along environmental gradients. Parasite performance-response curves are generally expected to be broader than those of their hosts due to shorter generation times and hence faster adaptation. However, certain environmental conditions may limit parasite performance more than that of the host, thereby providing an environmental refuge from disease. Thermal disease refuges have been extensively studied in response to climate warming, but other environmental factors may also provide environmental disease refuges which, in turn, respond to global change. Here, we 1) showcase laboratory and natural examples of refuges from parasites along various environmental gradients, and 2) provide hypotheses on how global environmental change may affect these refuges. We strive to synthesise knowledge on potential environmental disease refuges along different environmental gradients including salinity and nutrients, in both natural and food-production systems. Although scaling up from single host-parasite relationships along one environmental gradient to their interaction outcome in the full complexity of natural environments remains difficult, integrating host and parasite performance-response can serve to formulate testable hypotheses about the variability in parasitism outcomes and the occurrence of environmental disease refuges under current and future environmental conditions.

Published
2023

31. Environmental refuges from disease in host‐parasite interactions under global change

Author

Gsell, Alena S., Biere, Arjen, de Boer, Wietse, de Bruijn, Irene, Eichhorn, Götz, Frenken, Thijs, Geisen, Stefan, van der Jeugd, Henk, Mason‐Jones, Kyle, Meisner, Annelein, Thakur, Madhav P., van Donk, Ellen, Zwart, Mark P., Van de Waal, Dedmer B., Gsell, Alena S., Biere, Arjen, de Boer, Wietse, de Bruijn, Irene, Eichhorn, Götz, Frenken, Thijs, Geisen, Stefan, van der Jeugd, Henk, Mason‐Jones, Kyle, Meisner, Annelein, Thakur, Madhav P., van Donk, Ellen, Zwart, Mark P., and Van de Waal, Dedmer B.

Abstract

The physiological performance of organisms depends on their environmental context, resulting in performance–response curves along environmental gradients. Parasite performance–response curves are generally expected to be broader than those of their hosts due to shorter generation times and hence faster adaptation. However, certain environmental conditions may limit parasite performance more than that of the host, thereby providing an environmental refuge from disease. Thermal disease refuges have been extensively studied in response to climate warming, but other environmental factors may also provide environmental disease refuges which, in turn, respond to global change. Here, we (1) showcase laboratory and natural examples of refuges from parasites along various environmental gradients, and (2) provide hypotheses on how global environmental change may affect these refuges. We strive to synthesize knowledge on potential environmental disease refuges along different environmental gradients including salinity and nutrients, in both natural and food-production systems. Although scaling up from single host–parasite relationships along one environmental gradient to their interaction outcome in the full complexity of natural environments remains difficult, integrating host and parasite performance–response can serve to formulate testable hypotheses about the variability in parasitism outcomes and the occurrence of environmental disease refuges under current and future environmental conditions.

Published
2023

32. Understanding the differential impacts of two antidepressants on locomotion of freshwater snails (Lymnaea stagnalis)

Author

Dubey, Asmita, Vasantha Raman, Nandini, van Donk, Ellen, de Senerpont Domis, Lisette, von Elert, Eric, Vasconcelos Fernandes, Tania, Lürling, Miquel, Dubey, Asmita, Vasantha Raman, Nandini, van Donk, Ellen, de Senerpont Domis, Lisette, von Elert, Eric, Vasconcelos Fernandes, Tania, and Lürling, Miquel

Abstract

Data and scripts used for the plots and data analysis for the manuscript Understanding the differential impacts of two antidepressants on locomotion of freshwater snails (Lymnaea stagnalis), experiments were conducted in 2021.

Published
2023

33. Environmental refuges from disease in host–parasite interactions under global change

Author

Gsell, Alena S., primary, Biere, Arjen, additional, de Boer, Wietse, additional, de Bruijn, Irene, additional, Eichhorn, Götz, additional, Frenken, Thijs, additional, Geisen, Stefan, additional, van der Jeugd, Henk, additional, Mason‐Jones, Kyle, additional, Meisner, Annelein, additional, Thakur, Madhav P., additional, van Donk, Ellen, additional, Zwart, Mark P., additional, and Van de Waal, Dedmer B., additional

Published
2023
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34. Coupled human and natural system dynamics as key to the sustainability of Lake Victoria’s ecosystem services

Author

Downing, Andrea S., van Nes, Egbert H., Balirwa, John S., Beuving, Joost, Bwathondi, P.O.J., Chapman, Lauren J., Cornelissen, Ilse J. M., Cowx, Iain G., Goudswaard, Kees P. C., Hecky, Robert E., Janse, Jan H., Janssen, Annette B. G., Kaufman, Les, Kishe-Machumu, Mary A., Kolding, Jeppe, Ligtvoet, Willem, Mbabazi, Dismas, Medard, Modesta, Mkumbo, Oliva C., Mlaponi, Enock, Munyaho, Antony T., Nagelkerke, Leopold A. J., Ogutu-Ohwayo, Richard, Ojwang, William O., Peter, Happy K., Schindler, Daniel E., Seehausen, Ole, Sharpe, Diana, Silsbe, Greg M., Sitoki, Lewis, Tumwebaze, Rhoda, Tweddle, Denis, van de Wolfshaar, Karen E., van Dijk, Han, van Donk, Ellen, van Rijssel, Jacco C., van Zwieten, Paul A. M., Wanink, Jan, Witte, F., and Mooij, Wolf M.

Published
2014

39. Center Stage: The Crucial Role of Macrophytes in Regulating Trophic Interactions in Shallow Lake Wetlands

Author

Burks, Romi L., Mulderij, Gabi, Gross, Elisabeth, Jones, Iwan, Jacobsen, Lene, Jeppesen, Erik, Van Donk, Ellen, Caldwell, M. M., editor, Heldmaier, G., editor, Jackson, R. B., editor, Lange, O. L., editor, Mooney, H. A., editor, Schulze, E. -D., editor, Sommer, U., editor, Bobbink, Roland, editor, Beltman, Boudewijn, editor, Verhoeven, Jos T. A., editor, and Whigham, Dennis F., editor

Published
2006
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44. Integrating chytrid fungal parasites into plankton ecology: research gaps and needs

Author

Frenken, Thijs, Alacid, Elisabet, Berger, Stella A., Bourne, Elizabeth C., Gerphagnon, Mélanie, Grossart, Hans‐Peter, Gsell, Alena S., Ibelings, Bas W., Kagami, Maiko, Küpper, Frithjof C., Letcher, Peter M., Loyau, Adeline, Miki, Takeshi, Nejstgaard, Jens C., Rasconi, Serena, Reñé, Albert, Rohrlack, Thomas, Rojas‐Jimenez, Keilor, Schmeller, Dirk S., Scholz, Bettina, Seto, Kensuke, Sime‐Ngando, Télesphore, Sukenik, Assaf, Van de Waal, Dedmer B., Van den Wyngaert, Silke, Van Donk, Ellen, Wolinska, Justyna, Wurzbacher, Christian, and Agha, Ramsy

Published
2017
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48. Applications for zoosporic parasites in aquatic systems (ParAqua)

Author

Rasconi, Serena, primary, Grossart, Hans-Peter, additional, Gsell, Alena, additional, Ibelings, Bastiaan Willem, additional, van de Waal, Dedmer, additional, Agha, Ramsy, additional, Bacu, Ariola, additional, Balode, Maija, additional, Beklioğlu, Meryem, additional, Berden Zrimec, Maja, additional, Botez, Florina, additional, Butler, Tom, additional, Cerbin, Slawomir, additional, Cortina, Angela, additional, Cunliffe, Michael, additional, Frenken, Thijs, additional, Garcés, Esther, additional, Gjyli, Laura, additional, Golan, Yonatan, additional, Guerra, Tiago, additional, Iacovides, Ayis, additional, Idà, Antonio, additional, Kagami, Maiko, additional, Kisand, Veljo, additional, Leshoski, Jovica, additional, Marco, Pini, additional, Mazalica, Natasa, additional, Miki, Takeshi, additional, Moza, Maria Iasmina, additional, Neuhauser, Sigrid, additional, Özkundakci, Deniz, additional, Panksep, Kristel, additional, Patcheva, Suzana, additional, Pestoric, Branka, additional, Petrova Stoyneva, Maya, additional, Pinto, Diogo, additional, Polle, Juergen, additional, Postolache, Carmen, additional, Pozo Dengra, Joaquín, additional, Reñé, Albert, additional, Rychtecky, Pavel, additional, Schmeller, Dirk S., additional, Scholz, Bettina, additional, Selmeczy, Géza, additional, Sime-Ngando, Télesphore, additional, Tapolczai, Kálmán, additional, Tasevska, Orhideja, additional, Trbojevic, Ivana, additional, Uzunov, Blagoy, additional, Van den Wyngaert, Silke, additional, van Donk, Ellen, additional, Vanthoor, Marieke, additional, Veljanoska Sarafiloska, Elizabeta, additional, Wood, Susie, additional, and Znachor, Petr, additional

Published
2022
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