Christopher J. Chizinski

Dr. Christopher J. Chizinski


Research Focus & Metrics

Academic Career Length

22Years (2005-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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13 October 2011 in Fisheries Management and Ecology
Verified
Journal Article
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PBPrzemek Bajer
Przemek Bajer
CCChristopher J. Chizinski
Christopher J. Chizinski
PSPeter Sorensen
Peter Sorensen

14 September 2011 in Molecular Ecology
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Journal Article
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DHDavid D. Huff
David D. Huff
LMLoren M. Miller
Loren M. Miller
CCChristopher J. Chizinski
Christopher J. Chizinski
BVBruce Vondracek
Bruce Vondracek

12 June 2015 in Hydrobiologia
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Journal Article
Open access
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BHBrian Huser
Brian Huser
PBPrzemyslaw G. Bajer
Przemyslaw G. Bajer
CCChristopher J. Chizinski
Christopher J. Chizinski
PSPeter Sorensen
Peter Sorensen
The common carp (Cyprinus carpio) is a globally distributed, benthivorous fish that is capable of substantially altering lake ecology. Although dozens of studies have demonstrated that it has the potential to negatively affect submersed vegetation and water quality, little attention has been paid to effects of carp on sediment mixing and sediment phosphorus (P) in lakes. This study examined carp effects on sediment mixing and mobile (mainly iron bound and pore water) sediment P in a shallow, Midwestern lake (Kohlman Lake, MN, USA) undergoing restoration with aluminum (Al) to reduce internal P loading. Using Al as a tracer, we determined that the sediment mixing depth was at least 2.5 times greater in areas with carp (13.0 ± 3.7 cm) than in areas from which carp had been excluded (5.0 ± 1.2 cm) using exclosures. Vertical sediment profiles of P mass suggested that the increase in sediment mixing depth caused by carp increased the amount of mobile P potentially available for release by 55–92%, depending on location within the lake. The increase in sediment mixing depth is likely to have a negative effect on the efficacy of management methods designed to reduce mobile sediment P availability in lakes.

17 March 2012 in Biological Invasions
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Journal Article
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PBPrzemek Bajer
Przemek Bajer
CCChristopher J. Chizinski
Christopher J. Chizinski
JSJustin J. Silbernagel
Justin J. Silbernagel
PSPeter Sorensen
Peter Sorensen

16 February 2015 in Diversity and Distributions
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Journal Article
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PBPrzemek Bajer
Przemek Bajer
TCT. K. Cross
T. K. Cross
JLJ. D. Lechelt
J. D. Lechelt
CCChristopher J. Chizinski
Christopher J. Chizinski
MWM. J. Weber
M. J. Weber
PSPeter Sorensen
Peter Sorensen

14 December 2020 in Human Dimensions of Wildlife
Verified
Journal Article
Closed access
MHMatthew P. Hinrichs
Matthew P. Hinrichs
MVMark P. Vrtiska
Mark P. Vrtiska
MPMark A. Pegg
Mark A. Pegg
CCChristopher J. Chizinski
Christopher J. Chizinski
Motivations for hunting and fishing extend beyond harvesting game and include social, psychological, emotional, and physical benefits. We used data from a web-based questionnaire to compare relationships between preferred hunting or fishing activity types, state of residence, and motivations of hunters and anglers across the central United States (U.S.). Exploratory factor analysis yielded four motivation factors: nature, social, food, and challenge. Differences in terms of state were negligible across all motivation factors ( η p 2 < .01 ), indicating similarity across states. Nature ( η p 2 = .01 ) and social ( η p 2 < .01 ) factors were the first and second most important factors across activity types. We observed larger differences among the challenge ( η p 2 = .03 ), and food ( η p 2 = .15 ) factors, primarily driven by big game hunters. Big game hunters rated the food motivation factor greater than the other activity types. Overall, our results indicate that there might be a greater universality in these motivation factors among activity types and locations in the U.S.