Kwak 2025a - Revision history

Tomamil: Tomamil moved page Review 458621201151 to Kwak 2025a

2025-06-28T17:07:22Z

Tomamil moved page Review 458621201151 to Kwak 2025a

KwakHoJin2026: I fixed all inconsistencies with my citations.

2025-06-28T16:36:24Z

I fixed all inconsistencies with my citations.

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KwakHoJin2026: I edited the first figure to not include the "fig.1" label at the top.

2025-06-28T16:15:11Z

I edited the first figure to not include the "fig.1" label at the top.

KwakHoJin2026 at 16:13, 28 June 2025

2025-06-28T16:13:03Z

KwakHoJin2026 at 02:32, 24 June 2025

2025-06-24T02:32:25Z

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KwakHoJin2026: Blanked the page

2025-06-24T02:26:15Z

Blanked the page

KwakHoJin2026 at 02:19, 24 June 2025

2025-06-24T02:19:41Z

KwakHoJin2026 at 02:18, 24 June 2025

2025-06-24T02:18:56Z

KwakHoJin2026 at 02:18, 24 June 2025

2025-06-24T02:18:34Z

KwakHoJin2026 at 02:16, 24 June 2025

2025-06-24T02:16:33Z

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 Moreover, when attempting to find what makes certain Atlantic prey species more vulnerable to lionfish predation than others, I conducted an in-depth analysis of 5 different observational studies of the stomach contents of invasive lionfish in the Atlantic. The academic papers used were sourced through Google Scholar with the control search phrase “lionfish predation rates” combined with different marine regions along the Atlantic coast. As coastal reef ecosystems tend to have the most biodiversity, lionfish not only have a greater opportunity to proliferate than they would in open water, but the lionfish are more likely to encounter prey that are particularly vulnerable to lionfish predation. Therefore, the marine regions I combined with the control search phrase were all coastal ecosystems in the Atlantic. The marine regions used in our analysis came from S.R. Floeter’s ''Atlantic Reef Fish Biogeography and Evolution'' which splits the vast Atlantic ocean into regions (''e.g.'', “Northwestern Atlantic (NWA)”, “Southwestern Atlantic (SWA)”), with each ‘province’ further splitting into areas designated by the nearby country. These areas such as “Bahama” or “Southern Carribean” were variable phrases combined with the search phrase. To increase the probability of finding academic sources relevant to both the specified area and invasive lionfish, I narrowed the scope of the research to the Western Atlantic, the part of the Atlantic Ocean where the ocean meets the coastline of North and South America. After entering in a complete search phrase, I used a pool of the first five pages of search results to find the relevant academic papers. I narrowed the academic papers to further research from the list of 5 pages through a series of steps. The first step was to remove any papers that did not mention the searched-for area, an area inside one of the relevant areas, or lionfish predation in the title. Further, based on the abstract or title, reviews of literature were removed in the second step. In the third step, in order to be able to compare one research paper to another, I limited the pool of research papers to strictly research papers that studied the stomach contents of invasive lionfish in their relevant area and named a specific marine species as the most preyed upon (Figure 1).
-[[
+[[File:Review_458621201151_5695_revised figure 1 lionfish-1.png|591x591px]]
-[[File:Review_458621201151_5695_revised figure 1 lionfish-1.png]]
-|600px]]
 '''Figure 1: Steps 1 through 3 of narrowing research pools.''' Detailed in the methodology, steps 1-3 took a pool of 50 academic publications (10 publications per page * 5 pages per search) to one research paper per area.

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 Moreover, when attempting to find what makes certain Atlantic prey species more vulnerable to lionfish predation than others, I conducted an in-depth analysis of 5 different observational studies of the stomach contents of invasive lionfish in the Atlantic. The academic papers used were sourced through Google Scholar with the control search phrase “lionfish predation rates” combined with different marine regions along the Atlantic coast. As coastal reef ecosystems tend to have the most biodiversity, lionfish not only have a greater opportunity to proliferate than they would in open water, but the lionfish are more likely to encounter prey that are particularly vulnerable to lionfish predation. Therefore, the marine regions I combined with the control search phrase were all coastal ecosystems in the Atlantic. The marine regions used in our analysis came from S.R. Floeter’s ''Atlantic Reef Fish Biogeography and Evolution'' which splits the vast Atlantic ocean into regions (''e.g.'', “Northwestern Atlantic (NWA)”, “Southwestern Atlantic (SWA)”), with each ‘province’ further splitting into areas designated by the nearby country. These areas such as “Bahama” or “Southern Carribean” were variable phrases combined with the search phrase. To increase the probability of finding academic sources relevant to both the specified area and invasive lionfish, I narrowed the scope of the research to the Western Atlantic, the part of the Atlantic Ocean where the ocean meets the coastline of North and South America. After entering in a complete search phrase, I used a pool of the first five pages of search results to find the relevant academic papers. I narrowed the academic papers to further research from the list of 5 pages through a series of steps. The first step was to remove any papers that did not mention the searched-for area, an area inside one of the relevant areas, or lionfish predation in the title. Further, based on the abstract or title, reviews of literature were removed in the second step. In the third step, in order to be able to compare one research paper to another, I limited the pool of research papers to strictly research papers that studied the stomach contents of invasive lionfish in their relevant area and named a specific marine species as the most preyed upon (Figure 1).
-[[Image:Draft_Kwak_330204859-image1.png|600px]]
+[[
 '''Figure 1: Steps 1 through 3 of narrowing research pools.''' Detailed in the methodology, steps 1-3 took a pool of 50 academic publications (10 publications per page * 5 pages per search) to one research paper per area.

← Older revision		Revision as of 02:26, 24 June 2025
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−	~~== Abstract ==~~
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−	~~===Invasive Lionfish in Atlantic Reef Ecosystems: A Bibliometric Review of Contemporary Research and the Vulnerability of Certain Prey Species.===~~

−	~~== Document ==~~
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−	~~[[Media:Review_458621201151_2826_Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc\|Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc]]~~

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 == Abstract ==
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 ===Invasive Lionfish in Atlantic Reef Ecosystems: A Bibliometric Review of Contemporary Research and the Vulnerability of Certain Prey Species.===
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-HoJin Kwak Northern Valley Regional High School at Old Tappan
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 == Document ==
 [[Media:Review_458621201151_2826_Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc|Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc]]

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 == Document ==
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 [[Media:Review_458621201151_2826_Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc|Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc]]

← Older revision	Revision as of 17:07, 28 June 2025
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← Older revision		Revision as of 02:18, 24 June 2025
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−	[[Media:~~Review_458621201151_4558_Invasive~~ Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc\|Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc]]	+	== Abstract ==
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		+	===Invasive Lionfish in Atlantic Reef Ecosystems: A Bibliometric Review of Contemporary Research and the Vulnerability of Certain Prey Species.===
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		+	HoJin Kwak Northern Valley Regional High School at Old Tappan
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		+	== Document ==
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		+	[[Media:Review_458621201151_2826_Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc\|Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc]]
		+	</doc>

← Older revision	Revision as of 02:16, 24 June 2025
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−	+	[[Media:Review_458621201151_4558_Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc\|Invasive Lionfish in Atlantic Reef Ecosystems- A Bibliometric.doc]]