Piotr Maszczyk, PhD

Foto

Department of Hydrobiology
Faculty of Biology, University of Warsaw
at Biological and Chemical Research Centre
Żwirki i Wigury 101
02-089 Warszawa
Tel.: +48 22 55 26568
Fax.: +48 22 55 26575
Email: p.maszczyk@uw.edu.pl

 

Research interests:

I am interested in ecology and evolution of planktonic animals and fish. The goal of my recent studies is focused on finding the optimal distribution of Daphnia in overlapping gradients of food and predation risk in the water column, and on assessing the role of zooplankton in "active transport" of nitrogen from subsurface layers to the depth. My future plans consider the effects of cyanotoxins and temperature on learning abilities of planktivorous fish.

 

Grant projects:

(2015-2017) Project leader – grant PRELUDIUM of National Science Centre (2014/13/N/NZ8/02462) on the vertical distribution of Daphnia as a result of optimizing decisions in the gradient of food concentration, temperature and predation risk.

(2014-2015) Project leader - grant ETIUDA of National Science Centre (2014/12/T/NZ8/00287) on the ideal free distribution (IFD) of Daphnia against gradients of food concentration, temperature and of individual risk of predation.

(2012-2015) Participation in research projects of prof. Z. M. Gliwicz (Grant 2011/03/B/N28/02093) on the patch exploitation and individual fitness in planktivorous fishes from temperate and tropical habitats: a global-warming perspective.

(2008-2012) Project leader – grant of Ministry of Science (N N304 067336) on the ideal free distribution (IFD) of Daphnia against gradients of food concentration and of individual risk of predation.

 

Publications:

Maszczyk, P. 2016. Miniature plankton columns used to study the depth distribution of zooplankton in gradients of food, predation risk, temperature, and UV radiation. Limnology and Oceanography Methods. 14: 210-223.

Gliwicz, Z. M. i Maszczyk, P. 2016. Heterogeneity in prey distribution allows for higher food intake in planktivorous fish, particularly when hot. Oecologia. 180:383–399.

 

Bartosiewicz, M., Jabłoński, J., Kozłowski, J. and Maszczyk, P. (2015) Does limited space for carrying eggs explain indeterminate growth in Daphnia? Journal of Plankton Research. 00: 000-000.

Maszczyk P., and Gliwicz Z. M. (2014) Selectivity by planktivorous fish at different prey densities, heterogeneities and spatial scales. Limnology and Oceanography 59: 68-78. Pdf

Maszczyk P., Bartosiewicz M., Jurkowski J.E., and Wyszomirski T. (2014) Temperature, prey density and interference competition in a planktivorous fish (Rutilus rutilus). Limnology 15: 155-162. Pdf

Gliwicz Z. M., Maszczyk P., Jabłoński J., and Wrzosek D. (2013) Patch exploitation by planktivorous fish and the concept of aggregation as an antipredation defense in zooplankton. Limnology and Oceanography 58: 1621-1639.

Maszczyk P., and Bartosiewicz M. (2012) Threat or treat: the role of fish exudates in the growth and life history of Daphnia. Ecosphere 3 (10): 1–19. Pdf

Gliwicz Z. M., and Maszczyk P., Uszko W. (2012) Enhanced growth at low population density in Daphnia: The absence of crowding effects or relief from visual predation? Freshwater Biology 57 (6): 1166–1179. Pdf

Maszczyk P. (2008) Koncepcja rozmieszczenia idealnie swobodnego: czy tylko zasoby? Wiadomości Ekologiczne LIV. 3: 113–141. Pdf

Gliwicz Z. M., and Maszczyk P. (2007) Daphnia growth is hindered by chemical information on predation risk at high but not at low food levels. Oecologia 150: 706–715.

Gliwicz Z. M., Dawidowicz P., and Maszczyk P. (2006) Low-density anti-predation refuge in Daphnia and Chaoborus? Archiv fuer Hydrobiologie 167: 101–114.

Ozimek T., and Maszczyk P. (2006) Effect of Phragmites australis on soil processes in horizontal subsurface flow constructed wetlands. Proc. International Conference on Wetland Systems for Water Pollution Control 1035–1043. Pdf

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