Data from: Functional Frogs: Using swimming performance as a model to understand natural selection and adaptations
Data files
Jun 28, 2023 version files 118.18 MB
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125fps_2016-04-29_Lsphenocephalus_6_11h26.mp4
3.78 MB
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125fps_G.carolinensis_ID170_2017-05-12_00h07_swim1.mp4
6.14 MB
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125fps_G.carolinensis_ID171_2017-05-12_swim2.mp4
7.47 MB
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125fps_G.carolinensis_ID172_2017-05-11_23h41_swim1.mp4
3.34 MB
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125fps_G.carolinensis_ID173_2017-05-12_01h09_swim1.mp4
5.18 MB
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125fps_S.hurterii_ID160_2017-05-12_00h30_swim1.mp4
5.97 MB
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125fps_S.hurterii_ID161_2017-05-12_00h04_swim3.mp4
6.84 MB
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125fps_S.hurterii_ID162_2017-05-12_01h16_swim1.mp4
4.18 MB
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125fps_S.hurterii_ID163_2017-05-12_00h49_swim2.mp4
4.57 MB
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2016-04-27_Hchrysoscelis_21_21h07.mp4
4.49 MB
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2016-04-27_Hchrysoscelis_26_12h03.mp4
6.06 MB
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2016-04-27_Lsphenocephalus_5_21h33.mp4
11.68 MB
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2016-04-27_Lsphenocephalus_8_21h56.mp4
6.23 MB
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2016-04-29_Aamericanus_1_00h25.mp4
3.61 MB
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2016-04-29_Aamericanus_2_00h16.mp4
5.22 MB
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2016-04-29_Aamericanus_3_23h55.mp4
4.30 MB
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2016-04-29_Aamericanus_9_16h36.mp4
7.36 MB
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2016-04-29_Hchrysoscelis_22_14h09.mp4
5.67 MB
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2016-04-29_Hchrysoscelis_23_22h46.mp4
7.02 MB
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2016-05-01_Lsphenocephalus_4_10h19.mp4
5.46 MB
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65fps_Hchrysoscelis_26_12h03.mp4
3.59 MB
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README.md
907 B
Jan 09, 2024 version files 118.18 MB
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125fps_2016-04-29_Lsphenocephalus_6_11h26.mp4
3.78 MB
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125fps_G.carolinensis_ID170_2017-05-12_00h07_swim1.mp4
6.14 MB
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125fps_G.carolinensis_ID171_2017-05-12_swim2.mp4
7.47 MB
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125fps_G.carolinensis_ID172_2017-05-11_23h41_swim1.mp4
3.34 MB
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125fps_G.carolinensis_ID173_2017-05-12_01h09_swim1.mp4
5.18 MB
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125fps_S.hurterii_ID160_2017-05-12_00h30_swim1.mp4
5.97 MB
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125fps_S.hurterii_ID161_2017-05-12_00h04_swim3.mp4
6.84 MB
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125fps_S.hurterii_ID162_2017-05-12_01h16_swim1.mp4
4.18 MB
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125fps_S.hurterii_ID163_2017-05-12_00h49_swim2.mp4
4.57 MB
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2016-04-27_Hchrysoscelis_21_21h07.mp4
4.49 MB
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2016-04-27_Hchrysoscelis_26_12h03.mp4
6.06 MB
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2016-04-27_Lsphenocephalus_5_21h33.mp4
11.68 MB
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2016-04-27_Lsphenocephalus_8_21h56.mp4
6.23 MB
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2016-04-29_Aamericanus_1_00h25.mp4
3.61 MB
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2016-04-29_Aamericanus_2_00h16.mp4
5.22 MB
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2016-04-29_Aamericanus_3_23h55.mp4
4.30 MB
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2016-04-29_Aamericanus_9_16h36.mp4
7.36 MB
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2016-04-29_Hchrysoscelis_22_14h09.mp4
5.67 MB
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2016-04-29_Hchrysoscelis_23_22h46.mp4
7.02 MB
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2016-05-01_Lsphenocephalus_4_10h19.mp4
5.46 MB
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65fps_Hchrysoscelis_26_12h03.mp4
3.59 MB
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README.md
903 B
Abstract
The ‘Functional Frogs’ 5E lesson plan is an outcome of a Research Experience for Teachers (RET) program funded by the National Science Foundation (NSF). The NSF project integrates research on swimming locomotion in frogs with broader goals of improving science education. The aim of this RET program was to increase scientific literacy in secondary school teachers in Oklahoma so that they can transfer knowledge from academic research experience to the classroom and thus improve their students' understanding of science. In this lesson, we focus primarily on comparing the peak velocity of five species of frogs, guiding students to collect data from videos of frogs swimming. The students then make evidence-based interpretations about the morphological traits that may underlie differences in swimming velocity across species. The five species differ both in morphology and ecology, with some inhabiting the aquatic environment more than others. Therefore, the lesson helps guide students through important steps of the scientific method to achieve a greater understanding of how adaptations arise in nature through examining variation in ecology, morphology, and locomotor performance.
README: Data from: Functional Frogs: Using swimming performance as a model to understand natural selection and adaptation
The data are high-speed camera videos of swimming individuals from five species of frogs. These videos are to be used in the lesson plan.
Description of the data and file structure
The videos are all in MP4 format and can be opened using Vernier Video Analysis or ImageJ.
The titles of the files indicate the date and time of the recording, the ID of the individual, and the species name.
The species are: Anaxyrus americanus, Scaphiopus hurterii, Gastrophryne carolinensis, Hyla chrysoscelis, and Rana sphenocephala.
Once the videos are opened in Vernier Video Analysis, they can be digitized as explained in the lesson plan, so that velocity data can be extracted.
Sharing/Access information
The videos were collected in Daniel Moen lab from Oklahoma State University.
Methods
You will find the four phases of the lesson as Word documents (Engage, Explore, Explain, and Elaborate).
The videos were collected using a high-speed camera and all are in 125 frames per second.
All videos are in MP4 format.
The titles of the videos refer to the date and time the video was recorded, abbreviation of the name of species and ID number.
The species are Anaxyrus americanus (American toad), Scaphiopus hurterii (Huter's spadefoot), Gastrophyrne carolinensis (eastern narrow-mouthed toad), Hyla chrysoscelis (Cope's gray treefrog), and Rana sphenocephala (Southern leopard frog).
Usage notes
The videos can be opened using Quick Time or software that analyzes videos such as ImageJ, Adobe Media Enconder, and Vernier Video Analysis.