Heron dipper-See H2GO Underwater Drop Camera
Features
- Most portable borehole camera in the world
- Record up to 4.5 hours of bright, crystal clear 1080p HD video
- Long term logging mode captures 20 second clips every hour for up to 1-month
| Image | Part# | Product Description | Price | Stock | Order | |
|---|---|---|---|---|---|---|
 | 2200 | dipper-See H2GO underwater drop camera | $2,000.00 | Usually ships in 3-5 days | ||
| Image | Part# | Product Description | Price | Stock | Order | |
|---|---|---|---|---|---|---|
 | 1500-100FT | dipper-Tag tag line with imperial increments, 100' | $401.85 | Usually ships in 3-5 days | ||
 | 1500-30M | dipper-Tag tag line with metric increments, 30m | $401.85 | Usually ships in 3-5 days | ||
 | 1500-200FT | dipper-Tag tag line with imperial increments, 200' | $502.55 | Usually ships in 3-5 days | ||
 | 1500-60M | dipper-Tag tag line with metric increments, 60m | $502.55 | Usually ships in 3-5 days | ||
 | 1500-300FT | dipper-Tag tag line with imperial increments, 300' | $603.25 | Usually ships in 3-5 days | ||
 | 1500-100M | dipper-Tag tag line with metric increments, 100m | $603.25 | Usually ships in 3-5 days | ||
 | 1500-500FT | dipper-Tag tag line with imperial increments, 500' | $804.65 | Usually ships in 3-5 days | ||
 | 1500-150M | dipper-Tag tag line with metric increments, 150m | $804.65 | Usually ships in 3-5 days | ||
 | 1500-750FT | dipper-Tag tag line with imperial increments, 750' | $1,106.75 | Usually ships in 3-5 days | ||
 | 1500-200M | dipper-Tag tag line with metric increments, 200m | $1,106.75 | Usually ships in 3-5 days | ||
 | 1500-1000FT | dipper-Tag tag line with imperial increments, 1000' | $1,358.50 | Usually ships in 3-5 days | ||
 | 1500-300M | dipper-Tag tag line with metric increments, 300m | $1,358.50 | Usually ships in 3-5 days | ||
- Camera Probe Centralizer Kit (with clamp, and interchangeable 4” & 6” guides)
- #2 Phillips Screwdriver for changing centralizer guides
- 1m USB-C Charging Cable w/ Wall Plug
- 75m/250ft Deployment Cord
- 64GB microSD with SD Card Adapter
- SD Card Removal Assistance Tool
- User Manual
- Ultra-Rugged Carrying Case (IP67)
In The News
LI-COR PAR sensors detect light waves to aid aquatic ecosystem research
Understanding how the sun’s rays fuel phytoplankton or plant growth may prove valuable to understanding an aquatic ecosystem. A pair of sensors from LI-COR can help researchers studying algal blooms and aquatic vegetation by measuring how much light enters underwater environments. Sitting below the surface, the LI-192 flat-lensed photosynthetically active radiation sensor and the LI-193 spherical PAR sensor measure light waves striking their silicon photovoltaic detectors. They sense light wavelengths between 400 and 700 nanometers, which is the ideal range for photosynthesis. Dave Johnson, a LI-COR product manager for the LI-190 series, said the sensors’ individual designs make them ideal for different applications.
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Ohio State greenhouse nurtures 'fruit fly of the plant world'
The Arabidopsis Biological Resource Center at Ohio State University was established in 1991 with funding from the National Science Foundation. Part of the center’s job is to meet demand for seed of the arabidopsis plant, which is widely used for genetic modeling. “A lot of the plants we’re growing are for seed production,” said Joan Leonard, greenhouse coordinator. “Arabidopsis is a good example. We call it the ‘fruit fly of the plant world,’ and it takes about six to eight weeks to go from seed to plant.” Arabidopsis is one of the many plants that will benefit from a new LI-COR PAR sensor being installed on campus. It will help manage light schedules for greenhouse plants.
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Charles River Algal Blooms Stop Swimming and Launch a Floating Wetland
The Charles River used to be a swimming hotspot for Cambridge and Boston residents. Decades of industrial pollution and nutrient runoff have degraded water quality and eliminated public swimming in the Lower Charles, but a movement is afoot to get Boston and Cambridge back in the water. One step toward the goal of a safely swimmable river—without the need to obtain a permit, as is now necessary—is detecting and managing the harmful algal blooms that appear on the river. An experimental floating wetland and new research and analysis of water quality data that shows a possible effective detection system for algal blooms on the Charles River are two new steps toward the goal of safe, accessible swimming.
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