The CaveCam--an endoscopic underwater videosystem for the exploration of cryptic habitats

@article{Wunsch1998,
  Title = {The CaveCam--an endoscopic underwater videosystem for the exploration of cryptic habitats},
  Author = {Wunsch, M and Richter, C},
  Editor = {},
  Journal = {Marine Ecology Progress Series},
  Year = {1998},
  Pages = {277-282},
  Volume = {169},
  Doi = {10.3354/meps169277},
  Abstract = {We designed a self-contained, diver-operated endoscopic underwater video system, the CaveCam. It consists of a high resolution finger camera connected by a 3.8 m cable to a viewing and recording unit. Different housings accomodate lenses, fromsuperwide-angle to telephoto. The smallest camera head measures only 25 mm in diameter and 109 mm in length and allows access to narrow crevices. Accessories are available for perpendicular viewing, underwater focussing, near- and far-field scaling andlighting. We successfully employed the CaveCam for mapping cryptofauna communities, measuring small-scale currents and observing animal behaviour.},
}

TY  - JOUR
AU  - Wunsch, M
AU  - Richter, C
TI  - The CaveCam--an endoscopic underwater videosystem for the exploration of cryptic habitats
T2  - Marine Ecology Progress Series
PY  - 1998
SP  - 277-282
VL  - 169
DO  - 10.3354/meps169277
AB  - We designed a self-contained, diver-operated endoscopic underwater video system, the CaveCam. It consists of a high resolution finger camera connected by a 3.8 m cable to a viewing and recording unit. Different housings accomodate lenses, fromsuperwide-angle to telephoto. The smallest camera head measures only 25 mm in diameter and 109 mm in length and allows access to narrow crevices. Accessories are available for perpendicular viewing, underwater focussing, near- and far-field scaling andlighting. We successfully employed the CaveCam for mapping cryptofauna communities, measuring small-scale currents and observing animal behaviour.
ER  -