Experimental mesocosm combinations assessing interactions between juvenile red snapper, lane snapper, gray snapper, and lionfish.

Ecological interactions between Gulf of Mexico snappers (Teleostei: Lutjanidae) and invasive red lionfish (Pterois volitans).

Anthony R Marshak
Kenneth L Heck
Zachary R Jud

January 2018

Indo-Pacific red lionfish (Pterois volitans) have invaded the western Atlantic, and most recently th...

Multiple regression relationships among environmental parameters, average fish total length (mm), and observed fish behaviors in snapper-lionfish control and interaction trials.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Multiple regression relationships among environmental parameters, average fish total length (mm), an...

Competitive interactions between clinostomus funduloides and luxilis coccogenis.

April 2011

I will make collections of Clinostomus funduloides and Luxilis coccogenis from June-November 1998. F...

Percentage of trial time spent interacting (±1 SE) between lionfish and red, lane, and gray snapper species, and number of lionfish pectoral fin flares, during mesocosm experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Percentage of trial time spent interacting (±1 SE) between lionfish and red, lane, and gray snapper ...

Percentage of time spent swimming around the entire experimental mesocosm (±1 SE), swimming at concrete blocks or edge of mesocosm, swimming at the center of the mesocosm, or huddling at blocks by lionfish and red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the top panel are from control trials of three and four individuals for gray snapper (gray) ...

Number of interspecific approaches and retreats on other fish species (± 1 SE) between lionfish and red, lane, and gray snappers during interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Capitalized letters above bars denote significant groupings (ppost-hoc pairwise comparisons.</p

Environmental parameters (±1 SE) in experimental mesocosms during snapper and lionfish control and interaction trials.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Environmental parameters (±1 SE) in experimental mesocosms during snapper and lionfish control and i...

Number of inter- and intraspecific aggressive interactions observed per fish (± 1 SE) during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the left portion of the figure are from interaction trials between lionfish and a given snap...

Number of non-consumptive approaches per fish on blue crab prey (± 1 SE) by lionfish and red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the left portion of the figure are from interaction trials between lionfish and a given snap...

Predatory attempts per fish on blue crab prey (± 1 SE) by lionfish and juvenile red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the top panel are from interaction trials between lionfish (lion) and snapper species (gray,...

Consumption rates of blue crabs per fish (± 1 SE) by lionfish and juvenile red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the top panel are from interaction trials between lionfish (lion) and snapper species (gray,...

Percentage of time pursuing blue crab prey (±1 SE) by lionfish and red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the left portion of the figure are from interaction trials between lionfish and a given snap...

Total length, weight, and weight/length ratios (±1 SE) of juvenile and early adult gray, lane, and red snappers and lionfish used in control and interaction trials.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Total length, weight, and weight/length ratios (±1 SE) of juvenile and early adult gray, lane, and r...

Number of ignores of nearby blue crab prey per fish (± 1 SE) by lionfish and red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the left portion of the figure are from interaction trials between lionfish and a given snap...

Ecological interactions between Gulf of Mexico snappers (Teleostei: Lutjanidae) and invasive red lionfish (<i>Pterois volitans</i>)

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Indo-Pacific red lionfish (Pterois volitans) have invaded the western Atlantic, and most recently th...

Ecological interactions between Gulf of Mexico snappers (Teleostei: Lutjanidae) and invasive red lionfish (Pterois volitans).

Anthony R Marshak
Kenneth L Heck
Zachary R Jud

January 2018

Indo-Pacific red lionfish (Pterois volitans) have invaded the western Atlantic, and most recently th...

Multiple regression relationships among environmental parameters, average fish total length (mm), and observed fish behaviors in snapper-lionfish control and interaction trials.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Multiple regression relationships among environmental parameters, average fish total length (mm), an...

Competitive interactions between clinostomus funduloides and luxilis coccogenis.

April 2011

I will make collections of Clinostomus funduloides and Luxilis coccogenis from June-November 1998. F...

Percentage of trial time spent interacting (±1 SE) between lionfish and red, lane, and gray snapper species, and number of lionfish pectoral fin flares, during mesocosm experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Percentage of trial time spent interacting (±1 SE) between lionfish and red, lane, and gray snapper ...

Percentage of time spent swimming around the entire experimental mesocosm (±1 SE), swimming at concrete blocks or edge of mesocosm, swimming at the center of the mesocosm, or huddling at blocks by lionfish and red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the top panel are from control trials of three and four individuals for gray snapper (gray) ...

Number of interspecific approaches and retreats on other fish species (± 1 SE) between lionfish and red, lane, and gray snappers during interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Capitalized letters above bars denote significant groupings (ppost-hoc pairwise comparisons.</p

Environmental parameters (±1 SE) in experimental mesocosms during snapper and lionfish control and interaction trials.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Environmental parameters (±1 SE) in experimental mesocosms during snapper and lionfish control and i...

Number of inter- and intraspecific aggressive interactions observed per fish (± 1 SE) during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the left portion of the figure are from interaction trials between lionfish and a given snap...

Number of non-consumptive approaches per fish on blue crab prey (± 1 SE) by lionfish and red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the left portion of the figure are from interaction trials between lionfish and a given snap...

Predatory attempts per fish on blue crab prey (± 1 SE) by lionfish and juvenile red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the top panel are from interaction trials between lionfish (lion) and snapper species (gray,...

Consumption rates of blue crabs per fish (± 1 SE) by lionfish and juvenile red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the top panel are from interaction trials between lionfish (lion) and snapper species (gray,...

Percentage of time pursuing blue crab prey (±1 SE) by lionfish and red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the left portion of the figure are from interaction trials between lionfish and a given snap...

Total length, weight, and weight/length ratios (±1 SE) of juvenile and early adult gray, lane, and red snappers and lionfish used in control and interaction trials.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Total length, weight, and weight/length ratios (±1 SE) of juvenile and early adult gray, lane, and r...

Number of ignores of nearby blue crab prey per fish (± 1 SE) by lionfish and red, lane, and gray snappers during control and interaction experiments.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Data in the left portion of the figure are from interaction trials between lionfish and a given snap...

Ecological interactions between Gulf of Mexico snappers (Teleostei: Lutjanidae) and invasive red lionfish (<i>Pterois volitans</i>)

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Indo-Pacific red lionfish (Pterois volitans) have invaded the western Atlantic, and most recently th...

Ecological interactions between Gulf of Mexico snappers (Teleostei: Lutjanidae) and invasive red lionfish (Pterois volitans).

Anthony R Marshak
Kenneth L Heck
Zachary R Jud

January 2018

Indo-Pacific red lionfish (Pterois volitans) have invaded the western Atlantic, and most recently th...

Multiple regression relationships among environmental parameters, average fish total length (mm), and observed fish behaviors in snapper-lionfish control and interaction trials.

Anthony R. Marshak (5921261)
Kenneth L. Heck Jr. (214774)
Zachary R. Jud (5921264)

November 2018

Multiple regression relationships among environmental parameters, average fish total length (mm), an...

Competitive interactions between clinostomus funduloides and luxilis coccogenis.

April 2011

I will make collections of Clinostomus funduloides and Luxilis coccogenis from June-November 1998. F...

Experimental mesocosm combinations assessing interactions between juvenile red snapper, lane snapper, gray snapper, and lionfish.

Abstract

Extracted data

Experimental mesocosm combinations assessing interactions between juvenile red snapper, lane snapper, gray snapper, and lionfish.

Abstract

Extracted data

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