Visualizing seasonal habitats in river floodplains using timelapse photography and underwater video

Photos and video footage can provide useful insights into the seasonal dynamics of aquatic and riparian ecosystems and can be a source of effective visuals for outreach. Here, we introduce the use of timelapse photography and underwater video to document the changes in seasons, phenology, water levels, and the use of seasonal off-channel habitats by spring spawning fishes in an inland river delta in Norway (61°N). Hourly photos and continuous video footage from a 7-month period in 2024 were condensed into a 3-min film, showing the dynamic interplay between weather, water, and fish. Timelapse photography represents a potentially useful method for ecologists interested in data collection using optical methods, such as measuring the extent, timing, and availability of seasonal habitats for fishes, whereas underwater video can document the presence of fish species. In combination, underwater video and timelapse photography can link the visual representation of life above and below the surface and offer a comprehensive visual aid for communicators interacting with broad audiences.

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Publication Details

Journal
Aquatic Sciences
Published
2026-02-09
DOI
https://doi.org/10.1007/s00027-025-01238-3
Primary Topic
Fish Ecology and Management Studies
Type
article
Field-Weighted Citation Impact
0.00
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article

Visualizing seasonal habitats in river floodplains using timelapse photography and underwater video

Knut Marius Myrvold, Tobias Houge Holter
Aquatic Sciences
Fish Ecology and Management Studies
article

Visualizing seasonal habitats in river floodplains using timelapse photography and underwater video

Knut Marius Myrvold, Tobias Houge Holter
article en

Abstract

Photos and video footage can provide useful insights into the seasonal dynamics of aquatic and riparian ecosystems and can be a source of effective visuals for outreach. Here, we introduce the use of timelapse photography and underwater video to document the changes in seasons, phenology, water levels, and the use of seasonal off-channel habitats by spring spawning fishes in an inland river delta in Norway (61°N). Hourly photos and continuous video footage from a 7-month period in 2024 were condensed into a 3-min film, showing the dynamic interplay between weather, water, and fish. Timelapse photography represents a potentially useful method for ecologists interested in data collection using optical methods, such as measuring the extent, timing, and availability of seasonal habitats for fishes, whereas underwater video can document the presence of fish species. In combination, underwater video and timelapse photography can link the visual representation of life above and below the surface and offer a comprehensive visual aid for communicators interacting with broad audiences.

Aquatic SciencesVol. 88(2)
Norwegian Institute for Nature Research (NO)
Life below water
Openalex Percentile: Top 73%
Fish Ecology and Management Studies
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