Current Research Projects


Autonomous Underwater Explorer:
Buoyancy controlled and acoustically tracked swarms of vehicles.
ZOOPS:
A multiview, multimodal acoustic and optical zooplankton sonar and optical imaging system.
OmniCam:
An omnidirectional, high resolution, high speed, imaging system to record the radiometric light field in the open ocean
Oceanic Explorer Game:
A Flash-based game, created to introduce acoustic, visual, and chemical sensing concepts
LUMIS-2:
A portable and multispectral dive camera, designed for rapid in situ fluorescence surveys of coral reefs at multiple emission wavelengths

Scripps Phytoplankton Camera

Posted Mon, 2014-10-06 09:19 by admin

Our latest underwater imaging system, the Scripps Phytoplankton Camera (SPC-P), was deployed at the end of Scripps Pier on Sept 19, 2014 and has been running for several weeks collecting over 30,000 images per day. Click on the images below to visit the site:

Example Image from SPC-PExample Image from SPC-PExample Image from SPC-PExample Image from SPC-P
From the Site:The Scripps Phytoplankton Camera (SPC-P) was developed under a grant from the W. M. Keck Foundation and an anonymous donor to the Scripps Inst. of Oceanograpy, and in cooperation with the Southern California Coastal Ocean Observing System (SCCOOS). The SPC-P is an underwater darkfield microscope with real-time image processing and object detection. It was designed to detect objects from a few microns up to several millimeters. It employs darkfield illumination. Data from the SPC-P are transfered in real-time to a webserver and database that support an interactive web tool for browsing images and exploring image statistics.

Scripps Plankton Camera

Posted Fri, 2014-04-25 16:40 by admin

Our latest underwater imaging system, the Scripps Plankton Camera, was deployed at the end of Scripps Pier on March 14 and has been running for more than a month now collecting over 4 million images. Click on the image below to visit the site:

Copepod Imaged by SPCCopepod Imaged by SPC

 

From the Site:

The Scripps Plankton Camera (SPC) was developed under a grant from the Beyster Foundation and in cooperation with the Southern California Coastal Ocean Observing System (SCCOOS). The SPC is an underwater microscope with real-time image processing and object detection. It was designed to detect objects from tens of microns up to several centimeters. It employs darkfield illumination to enhance contrast of transparent objects. Data from the SPC are transfered in real-time to a webserver and database that support and interactive web tool for browsing images and exploring image statistics.

Dr. Jules Jaffe Interviews on CNN Regarding Missing Flight 370 and the Search for the Titanic

Posted Fri, 2014-04-18 16:50 by admin
CNN_April11_2014
April 11, 2014		CNN_April15
April 15, 2014		CNN_April17
April 17, 2014
CNN_April23
April 23, 2014

CNN_May19_full
May 19, 2014

Ocean Sciences Meeting Comedy Session

Posted Thu, 2014-03-06 08:56 by admin

Dr. Jules Jaffe and Dr. Peter Franks gave two very fun and entertaining talks at the OSM 2014 comedy session. Click the links below to watch the videos.

Jules_And_Peter_TalkPeters_Talk
Jaffe: The 2000 Year Old CopepodFranks: Global Climate Change, the Demographic Albedo Effect

Holiday Greetings from the Jaffe Lab

Posted Fri, 2013-12-20 21:28 by paul

Holiday Greetings from the Jaffe LabHoliday Greetings from the Jaffe Lab

Dr. Jaffe Receives Best Paper Award at Ocean Optics XXI Conference

Posted Tue, 2013-07-23 11:12 by paul

Dr. Jaffe received the Best Paper award at the Ocean Optics XXI conference for his paper: Exploiting the Synergies of Underwater Optic and Acoustic Sensing of Animals:

Dr. Jaffe Best Paper Award at Ocean Optics XXIDr. Jaffe Best Paper Award at Ocean Optics XXI

 

 

First Deployment of Laser Imager Tow Sled

Posted Wed, 2013-06-12 16:32 by paul

Last friday we successfully deployed our tow platform for our new laser imaging system. The sled performance was very good and we were able to tow it reliably very close to the bottom with great altitude-keeping performance. In the video below, there is a nice example of strong changes in water color and clarity as the sled decends from the surface down to 50 m. Towards the end of the video note the high abudance of jellies zipping by the sled as it moves through the water at 3.5 knots.

TowSled Deployment


Recording of a Whale Swimming by an Array of AUEs

Posted Fri, 2013-03-15 13:38 by paul

While deploying 6 of our AUEs on a stereo recording rig at 16m depth, we happened to capture a whale swimming near the surface above the AUEs. Tristan Hiatt processed the acoustic data from the AUEs into a great stereo track and overlayed it on a video of the event recorded from the boat. Have a look and listen below, you'll see and hear the whale coming to the surface. It's best with headphones!

WhaleVid


Measurement system for marine animal reflectance functions

Posted Tue, 2013-02-05 13:45 by justin

The journal article "Measurement system for marine animal reflectance functions" by Justin M. Haag, Jules S. Jaffe, and Alison M. Sweeney has been recently published in Optics Express. This paper presents details of the optical instrument design and calibration for a new version of the OSMAR (optical scatterometer for measurement of angular reflectance) system that was described last year. Also included, are scattering patterns for squid and fish species that show interesting similarities in light scatter from two otherwise quite different animals. The physical explanations and potential ecological implications of the observed scattering from these species, as well as from others not yet presented, is a subject of future work.

Benthic Microscope Image of Coral Fluorescence

Posted Fri, 2012-12-21 13:59 by paul

Below is a fluorescence image from our scanning benthic microscope prototype showing GFP and Chlorophyll fluorescence from coral polyps over a large depth of field.

Coral Fluorescence Imaged With Benthic Microscope: field of view 3 mm (h) x 1.5 mm (v)Coral Fluorescence Imaged With Benthic Microscope: field of view 3 mm (h) x 1.5 mm (v)

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