Marufish BLoG

Large chlorophyll bloom at northern Borneo: SDPSRTS A2013060062000.L2_LAC.N_Borneo.chlor_a.png

2013-03-06T09:22:00.001-08:00

Could it be related to the red tide outbreak in Sabah? The high chlorophyll a water is extended far into the Spratly Island area.

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data
Processing System (ODPS).

There is a color bar legend on the Ocean Color Home Page if you chose not to
have the color bar appended to the image:

http://oceancolor.gsfc.nasa.gov/SeaWiFS/HTML/colorbars.html

Regards from the Ocean Biology Processing Group

Large chlorophyll bloom at Northern Malacca Straits: SDPSRTS A2013061070000.L2_LAC.Eastern_Indian_Ocean.chlor_a.png

2013-03-06T09:20:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

Processing System (ODPS).

There is a color bar legend on the Ocean Color Home Page if you chose not to
have the color bar appended to the image:

http://oceancolor.gsfc.nasa.gov/SeaWiFS/HTML/colorbars.html

Regards from the Ocean Biology Processing Group

Large chlorophyll bloom at Borneo Island: SDPSRTS A2013062060500.L2_LAC.N_Borneo.chlor_a.png

2013-03-06T09:19:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

Upwelling at the northern tip of Borneo island: SDPSRTS A2013064055500.L2_LAC.N_Borneo.sst.png

2013-03-06T09:17:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

Northern Borneo Satellite Image: SDPSRTS A2013064055500.L2_LAC.N_Borneo.chlor_a.png

2013-03-06T09:16:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

IOCS Abstract Deadline

2013-03-05T07:03:00.001-08:00

International Ocean Colour Science (IOCS) meeting - Abstract Deadline 15 March 2013

The first International Ocean Colour Science (IOCS) meeting will take place in the city of Darmstadt, Germany from 6 to 8 May 2013 (see http://iocs.ioccg.org). The deadline for abstract submission is 15 March 2013. Abstracts dealing with any aspect of remote sensing of ocean colour will be accepted (see http://iocs.ioccg.org/abstracts/submit-an-abstract/).

You are encouraged to register for the meeting as soon as possible. Registration is free but all participants must be registered in order to attend the meeting.

Register at: http://iocs.ioccg.org/register/

BOUSSOLE project manager

2013-03-05T05:36:00.001-08:00

Project manager for BOUSSOLE

A project manager position is proposed (with a start as soon as possible;
ideally beginning
of May 2013) at the "Laboratoire d'Océanographie de Villefranche, LOV",
within the "Marine optics and remote sensing" group (see at
http://www.obs-vlfr.fr/LOV/OMT). Our group is
composed of 8 scientists, 9 engineers and a dozen of Post-Docs, Phds and
trainees. We are
embedded into the "Observatoire Océanologique de Villefranche"
(http://www.obs-vlfr.fr),
which employs about 180 total staff (60 researchers).
The proposed job develops within the "BOUSSOLE" project, whose main
goals are fundamental
bio-optics research and calibration/validation activities for satellite
ocean color sensors. The
project is centered on the development, deployment, and maintenance of a
deep-sea mooring
of a new type, precisely designed and dedicated to marine optics
measurements (inherent and
apparent optical properties), and on monthly cruises on the mooring
site. The project started
10 years ago, and is now in a quasi-operational phase. The project is
funded by the European
Space Agency (ESA), the National French Space Agency (CNES), the US
National Aeronautics and
Space Administration (NASA), and our National Scientific Research
Institute, CNRS/INSU. See at
http://www.obs-vlfr.fr/Boussole

The job includes a series of management tasks in assistance to, and in
close contact with, the
project PI (David Antoine), and a research activity using the data
collected by the project. The
management tasks include:
>• Coordinating the local project team, which includes several engineers
>and technicians.
>• Supervising the organization of buoy deployment/recovery cruises.
>• Working toward improvement of the project organization, and of the
>buoy+mooring system design.
>• Managing a matchup database (i.e., regularly providing
>quality-controlled in situ data to space
>agencies for cal/val of current and future ocean color satellite
>observations).
>• Managing the project web site, which hosts the project database.
>• Contributing to establishing/maintaining a technical report series.
>• Writing progress reports, preparing progress meetings.
>• Contributing to the writing of research proposals.
>• Contributing to possible outreach activities.
>The research activity classically consists of scientific data analysis
>and manuscript preparation for
>peer-reviewed literature and conferences (subjects open to discussion).
>
>Candidates should be suitably qualified (Phd level) in optics of
>geophysical fluids, in particular
>marine optics, and have the necessary technical background/experience.
>We seek candidates
>with several years of experience in similar positions, in order to be
>operational as rapidly as
>possible. In case French is not your native language, proficiency in
>French would be appreciated
>although not mandatory (English is fine). Capabilities to work at sea
>would be appreciated as well.
>
>Annual salary will depend on the past experience of the candidate (we
>can accommodate an
>annual take home up to about 36000€ after social security taxes are
>taken, but before general
>taxes). The location is in Villefranche/mer, near Nice on the French
>Riviera. The position will start
>for a year, renewable in case the candidate and the project PI are
>willing to do so.
>
>CVs accompanied by the appropriate covering letter, as well as requests
>for additional information,
>are to be sent to the project PI, at antoine@obs-vlfr.fr (with
>"Boussole-Position" in the subject line),
>with copy to Vincenzo Vellucci: enzo@obs-vlfr.fr
>

Ocean Optics Summer Class - July 7 – August 2, 2013 at the University of Maine, Darling Marine Center

2013-02-25T23:18:00.001-08:00

Ocean Optics Summer Class:

Calibration and validation of ocean color remote sensing.

July 7 – August 2, 2013 at the Darling Marine Center

An intensive four-week, cross-disciplinary, graduate-level course in Optical Oceanography will be offered at the University of Maine, Darling Marine Center in summer 2013. This class is a continuation of the Optical Oceanography course first offered at the Friday Harbor Laboratories in 1985 and more recently at the Darling Marine Center. Past graduates are many of today's leaders in oceanography.

The major theme of the course is calibration and validation of ocean color remote sensing. The course will provide students with a fundamental knowledge of ocean optics and optical sensor technology that will enable them to make quality measurements, be able to assess the uncertainties associated with the measurements and compare these data with remotely sensed ocean color measurements and products derived from them. The course is sponsored by NASA and the University of Maine, with the goal of preparing a new generation of oceanographers trained in the use of optics to study the oceans.

Course elements include:

• lectures on the basic theory of the light interaction with matter in aquatic environments, ocean color remote sensing and its inversion, sensor design and function, and ocean biogeochemistry; computation and propagation of measurement uncertainties;

• laboratory sessions using optical instrumentation and radiative transfer software;

• field sampling of optical and biogeochemical variables in the environmentally diverse waters of coastal Maine;

• analysis of optical and biogeochemical data sets; and

• collaborative student projects.

See: http://misclab.umeoce.maine.edu/~optics/ for previous class content and activities.

Instructors (alphabetical): Emmanuel Boss (coordinator), Curt Mobley, Mary Jane Perry, Collin Roesler, Ken Voss, Jeremy Werdell and Ron Zaneveld.

Dates: July 7– August 2nd, 2013

Costs: Scholarships for Tuition, room and board and academic credits are available. Please indicate if you require one.

Registration: Registration deadline is March 1st, 2013, notification by April 1st, 2013. Registration at http://server.dmc.maine.edu/courses.html

Acceptance criteria: likely impact of the class on the individual's career, transcripts, letter from the academic advisor/supervisor, and diversity. While the majority of the class will likely be composed of early career graduate students, advanced students and post-doctoral fellows will be considered for admission.

************************************************
Emmanuel Boss, Professor
School of Marine Sciences
5706 Aubert Hall, University of Maine
Orono, ME 04469-5706
Tel: 207-581-4378, Cell: 207-356-9147
Fax: 207-581-4388
emmanuel.boss@maine.edu
http://misclab.umeoce.maine.edu/boss/boss.php
skype: emmanuel.boss
************************************************

Summer Satellite Remote Sensing Training Course - Cornell University, Ithaca New York

2013-02-20T18:43:00.001-08:00

Summer Satellite Remote Sensing Training Course

May 31 - June 14, 2013, Cornell University, Ithaca New York
A two-week summer satellite training course is being offered once again to marine scientists who have modest or no prior experience with satellite remote sensing techniques. The course is highly methods-oriented and intended to give participants the practical skills needed to work independently to acquire, analyze and visualize large data sets derived from a wide variety of ocean satellite sensors. Strong emphasis is given to ocean color remote sensing and the use of NASA's SeaDAS software (both version 6 and 7-beta) to derive mapped imagery of geophysical parameters (e.g., chlorophyll or CDOM) from raw SeaWiFS, MODIS, MERIS and VIIRS data. The course also covers image analysis methods to work with satellite imagery of sea surface temperature, ocean wind speed and sea surface height. Developing good IDL programming skills for data analysis and visualization is a central component of the course. A new topic being added this year is a basic introduction to Python programming and running SeaDAS with relatively simple Python scripts to batch process ocean color data from Level-1 to Level-3.

For more information (including course syllabus and application instructions):
Visit: www.geo.cornell.edu/ocean/satellite

Email: Bruce Monger (bcm3@cornell.edu)

MODIS-Aqua ocean color climatologies available on Giovanni

2013-01-24T17:45:00.000-08:00

MODIS-Aqua ocean color climatologies allow 10 years of anomaly analysis

New insights possible from higher spatial resolution and new data products

The incorporation of the recently released 10-year climatology of ocean color data from NASA's Moderate Resolution Imaging Spectroradiometer on the Aqua satellite (MODIS-Aqua) allowed the Giovanni data system to provide anomaly analysis for this important ocean data set.

The Earth Observing System Aqua satellite was launched in early 2002, and the onboard MODIS instrument began collecting data on July 4, 2002. Thus, at the end of June 2012, there were 10 years of monthly averaged MODIS data for each month of the year. The Ocean Biology Processing Group (OBPG) at Goddard Space Flight Center updates their monthly climatology files as each new month is completed. In July 2012, the NASA Goddard Earth Sciences Data and Information Services Center (GES DISC) acquired these monthly climatology files to create a 10-year climatology base period for the Giovanni data system.

With the climatology files in Giovanni, researchers could then examine these climatological averages, or use the new data for anomaly analysis. The latter enhances the detection of unusual events in any long-term data set, by comparing data from a selected period to the average of the data for a much longer period (i.e., "base period"). For ocean color data in Giovanni, anomaly analysis has been available for the Sea-viewing Wide Field-of-view Sensor (SeaWiFS) for several years, but the SeaWiFS mission ended in December 2010. For MODIS-Aqua ocean color climatology data, the mission is still continuing. Furthermore, MODIS-Aqua data are available at 4 km spatial resolution, rather than the 9 km spatial resolution of SeaWiFS data.

Several new data products are available from MODIS-Aqua, including normalized fluorescence line height (nFLH), colored dissolved organic matter (CDOM) Index, absorption coefficients for dissolved and detrital matter (a_cdm) and phytoplankton (a_ph), backscattering coefficient for particulate matter (b_bp), and euphotic depth (Z_eu). The MODIS-Aqua climatology data also provide remote-sensing reflectance data at several more wavelengths than were available from SeaWiFS.

Giovanni's anomaly analysis capability allows users to examine monthly anomalies, and any other time period up to a year in duration. So, for example, it is possible to average data for a season (such as the spring months of March, April, and May of a particular year) and compare this three-month average to the climatological average for March through May.

Full article, with example images: < http://1.usa.gov/WQB7mZ >

2至3月進入高峰期•沙巴紅潮區貝類海產或有毒

2013-01-07T06:22:00.001-08:00

星洲日报, 7 Jan 2013

（沙巴‧亞庇6日訊）沙巴漁業局總監雷納卡力今日勸告西海岸魚販勿售賣源自吧巴、斗亞蘭、布打丹和亞庇一帶海域，以及瓜拉班尤的西多博湖的貝殼類海產或小魚，否則可被衛生部執法當局援引食品法令檢舉和提控。

他說，由於上述海域出現紅潮現象，有關海產和小魚或已受到毒素污染，食用後可對人体造成生命威脅，尤其在來臨的2至3月份的高峰期。

他今日受詢2名公眾疑食用了遭紅潮毒素污染的貝殼海產喪命時，再次提醒公眾在紅潮象期間，勿進食可能受污染的貝殼類海產或小魚。

他說，若公眾誤食有關的貝殼類海產或小魚，或出現紅潮毒素的病徵，應儘速到最靠近的醫院求診，以免發生不幸事件。

他表示，該局在去年11月時就發現了紅潮現象，依據過往的歷史記錄，此現象將會持續，並在來臨的2至3月時進入高峰期，最後在6月份左右才完全消失。

沙巴衛生總監克麗絲狄娜昨日證實，州內有6人因感染紅潮毒素而送院就醫，有2人不幸喪命。

她說，經調查後，上述就醫的人士是進食了源自實邦加海域的蛤蜊，而出現食物中毒、頸部刺痛、嘔吐、暈眩和呼吸急速的徵狀。喪命的2人則出現嚴重的過敏休克和昏迷症狀，最後不幸喪命。

她勸告公眾在紅潮期間，暫時不要食用源自出現紅潮現象的貝殼類海產，至於魚、蝦、螃蟹和烏賊，則安全食用。

（星洲日报）

Source: http://news.sinchew.com.my/node/273993

Sabah issues red tide alert

2013-01-07T06:20:00.001-08:00

The Star, 7 Jan 2013

KOTA KINABALU: The deadly algae bloom, commonly known as the red tide phenomenon, will peak in the next two months statewide.

Sabah Fisheries Department director Rayner Stuel Galid said that red tide was recorded in November last year and will begin peaking between this month and February before tailing off by June.

"We are conducting daily tests and have found high toxicity in the west coast," he said, adding that anything above 400 mouse units (MU) was considered dangerous.

Galid advised people to avoid eating oysters, mussels, cockles and any type of clam though other marine products like fish, prawns and crabs were safe for consumption.

He said the red tide has been seen in waters off Papar, Kota Kinabalu and Tuaran in the west coast while they have not received any reports in the east coast.

Two boys, aged 14 and nine, died from paralytic shellfish poisoning after consuming cockles on Jan 1.

The older boy died a day after eating the shellfish while the second boy died on Friday, according to Sabah Health Department director Dr Christina Rundi in a statement.

The boys had collected the cockles from the seafront at Sepanggar about 30km from here and were said to have eaten them raw.

Galid said clams, even when cooked, are still poisonous and should be avoided during the red tide season.

Red tide is a natural phenomenon whereby algae form large colonies which produce harmful effects to marine life. The density of the algae colours the surface of the sea red.

Source: http://thestar.com.my/news/story.asp?file=/2013/1/7/nation/12541940&sec=nation

Dept: Red tide detected in Sabah waters

2012-12-13T23:03:00.001-08:00

Sabah Daily Express, 12 December 2012

Kota Kinabalu: The State Fisheries Department issued a red tide warning, Wednesday, advising the public to refrain immediately from consuming any type of shellfish or bivalves obtained from the sea.

This includes oysters (tiram), mussels (kupang), cockles (kerang) and any type of clam-like seafood.

Its Director, Rayner Stuel Galid (pic), said a year-long Red Tide Monitoring Programme conducted by the department, in collaboration with the State Health Department, has detected the presence of Paralytic Shell Fish Poisoning (PSP) toxins in samples of bivalves (kerang) from waters of certain parts of the State's west coast.

He said the samples taken from Kuala Penyu (particularly Sitompok Lake area) and from waters off Kota Kinabalu, including Gaya Island, Sepanggar Bay (including Kuala Menggatal) and Likas Bay, as well as Papar, Putatan and Tuaran districts have shown to contain toxic levels of PSP toxins.

Additionally, the department also detected the presence of high densities of the PSP-causative organism, that is the dinoflagellate, Pyrodinium bahamense var compressum, in samples of sea water from these areas.

The numbers become so large and dense that sometimes they impart a brownish-red colour to the sea. These findings are consistent with the results of analysis of toxic shellfish mentioned earlier, he added.

According to Rayner, the mouse bioassay, the method for analysis of PSP in shellfish by the department at its research centre in Likas, found some of the shellfish samples to have as high as 4,010 Mouse Units (MUs) (Papar) and 1,270MU (Tuaran), which are considered as very toxic.

Red tide occurrences in Sabah in the past years have revealed bivalves to be as toxic as 8,000MU. The lowest limit as the dangerous level for humans is 400MU.

"If consumers do wish to eat bivalve shellfish, they are advised to make sure these are not obtained from waters off the West Coast of Sabah," Rayner said.

While it is impossible to test every shellfish and fish from the sea for toxins, he said the department declared that this red tide is occurring in the areas mentioned above and there is a high possibility that other adjoining districts will be affected in future.

It is also expected that shellfish will become more toxic as these dinoflagellates become more numerous in the sea.

Paralytic shellfish poisoning is a marine biotoxin that is associated with certain types of algae blooms in coastal waters. Paralytic shellfish poisons are accumulated in shellfish which have filter-fed upon toxic one-celled microscopic algae called dinoflagellates, which occurs naturally as a part of the ocean plankton.

Eating toxic shellfish can cause paralytic shellfish poisoning (PSP) in humans. PSP is caused by saxitoxin, which is produced by the dinoflagellate, Pyrodinium bahamanse (var. compressum) and is one of the most potent toxins known to scientists.

The first recorded PSP case in Sabah was in 1976 where 202 victims suffered and saw seven deaths. Since then PSP occurrences have been detected every few years off the West Coast.

Early symptoms of PSP include tingling of the lips and tongue, which may begin within minutes of eating poisonous shellfish or may take an hour or two to develop.

Depending on the amount of toxin a person has ingested, symptoms may progress to a sensation of "pricking of pins and needles" of the skin and then loss of control of arms and legs, followed by difficulty in breathing.

Some people have experienced a sense of floating or nausea, he said, adding if a person consumes enough poison, muscles of the chest and abdomen become paralysed.

He said death can result in as little as two hours, as muscles used for breathing become paralysed.

"If one experiences the above symptoms, get medical treatment immediately at the nearest hospital or clinic. There is no medication available for PSP or Saxitoxin poisoning; in general, supportive measures are the basis of treatment for PSP and in severe cases, with the use of a mechanical respirator and oxygen," Rayner said.

He said the types of sea life considered safe to eat include all types of prawns and crabs including shovel-nosed lobsters, mantis shrimps, all types of coral fishes and fishes which are predatory such as sharks and stingrays, barracuda, tenggeri, jacks, etc, and deepsea fishes.

However, as a prudent measure consumer they are advised to throw away the guts and gills of any fish to be eaten and these same fishes are to be washed properly.

Also, any type of dried, canned, bottled or salted fish products are safe.

The department is currently doing further sampling and testing on fishes and sea life collected from other districts to determine whether these are also toxic and dangerous to human health.

For further information visit website http://www.fishdept.sabah.gov.my/download/redtideinfo.doc

Source: http://www.dailyexpress.com.my/news.cfm?NewsID=83611

Phytoplankton bloom at Sulu Sea change the Blur Sea to Green Color

2012-12-07T21:31:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

Phytoplankton bloom at Sulu Sea end of Nov 2012

2012-12-07T21:30:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

Sea Surface Temperature at Sulu Sea and Typhoon Bopha

2012-12-07T21:27:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

Satellite image of Chlorophyll a at Sulu Sea and Typhoon Bopha

2012-12-07T21:26:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

Chlorophyll a at Sulu Sea by Typhoon Bopha

2012-12-07T21:24:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

SDPSRTS A2012337062500.L2_LAC.Southern_Vietnam.chlor_a.png

2012-12-07T21:22:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

Processing System (ODPS).

There is a color bar legend on the Ocean Color Home Page if you chose not to
have the color bar appended to the image:

http://oceancolor.gsfc.nasa.gov/SeaWiFS/HTML/colorbars.html

Regards from the Ocean Biology Processing Group

SDPSRTS A2012338053000.L2_LAC.N_Borneo.chlor_a.png

2012-12-07T21:21:00.001-08:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

NASA GSFC position announcement

2012-11-28T19:47:00.001-08:00

The Earth Sciences Division, NASA Goddard Space Flight Center in Greenbelt, Maryland is seeking qualified candidates for a career civil service position in ocean ecology and biogeochemistry research as the Chief of the Ocean Ecology Laboratory.

In addition to supervisory functions, the successful candidate will serve as an expert consultant in planning, monitoring, and administering ocean ecology projects of national or international significance. Specifically, he or she will provide expertise and oversight for the development and testing of advanced ocean color sensors, e.g., the Ocean Radiometer for Carbon Assessment (ORCA) instrument; scientific expertise with respect to the Visible/Infrared Imaging Radiometer Suite (VIIRS) instrument on JPSS and ocean related areas of NASA's developing Carbon Monitoring system; serving as consultant and scientific lead for ocean color issues related to NASA's PACE mission and the ACE and GEOCAPE decadal survey missions; and providing leadership in the planning and collection of mission validation field data and associated campaigns.

Candidates having experience with NASA Earth Observing System (EOS) and Decadal Survey Satellite Missions and familiarity with related research activities at the Earth Sciences Division-Ocean Ecology Laboratory (http://oceancolor.gsfc.nasa.gov) are highly desirable. A Ph.D. degree or equivalent training and experience in ocean biological science or a related science discipline is preferred.

This advertisement is intended to provide an opportunity for interested persons to have discussions with the NASA Goddard Earth Sciences Division concerning NASA's goals and the candidate's interests. A subsequent job application process will be conducted using the USAJOBS application process (www.usajobs.gov <http://www.usajobs.gov> ). Interested candidates should respond by submitting their current vita including research interests via <http://atmospheres.gsfc.nasa.gov/positions/form.php> email (David.Adamec@nasa.gov) by January 11, 2013. For additional questions, please contact Dr. David Adamec, Deputy Director for Hydrospheric and Biospheric Sciences, NASA Goddard Space Flight Center at the same email address.

NASA, GSFC is an Equal Opportunity Employer.

First International Ocean Colour Science (IOCS) Meeting

2012-11-14T18:29:00.001-08:00

First International Ocean Colour Science (IOCS) Meeting

Registration is now open for the first International Ocean Colour Science meeting, which will take place in Darmstadt, Germany from 6-8 May 2013 (see the official website at http://iocs.ioccg.org). The primary focus of the IOCS meeting is to build and strengthen the international ocean colour community by providing a structure and mechanisms to collectively address common issues and goals. The aim is to achieve the best quality ocean colour data that meet scientific, environmental, climate and operational needs through international collaboration and scientific and technological innovation. In addition to providing a forum to develop a strong voice for the community, the meeting will also offer an opportunity to interact and collaborate with other ocean colour scientists.

The symposium is convened by the International Ocean Colour Coordinating Group (IOCCG) in partnership with, and thanks to the generous sponsorship of NASA and EUMETSAT. Other meeting sponsors include ESA and CNES which are gratefully acknowledged.

The program has not yet been finalized but will include talks by space agency representatives on the status of existing missions, how and where to get the data, and information on future missions. In addition there will be splinter sessions, panel discussions and talks by invited keynote speakers as well as comprehensive poster sessions to review the progress of scientific ocean colour research. The meeting will close with a session on future directions and needs. We are now accepting proposals for splinter sessions in a number of topical areas. To submit a proposal for a splinter session please go to: http://iocs.ioccg.org/program/splinter-sessions/.

Registration for the meeting is free, but all participants must be registered in order to attend. Please forward this announcement to interested colleagues and/or circulate via mailing lists.

SDPSRTS A2012283070000.L2_LAC.Eastern_Indian_Ocean.chlor_a.png

2012-10-30T17:21:00.001-07:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

SDPSRTS A2012301051000.L2_LAC.N_Borneo.chlor_a.png

2012-10-30T17:16:00.001-07:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data

SDPSRTS A2012301051000.L2_LAC.N_Borneo.sst.png

2012-10-30T17:15:00.001-07:00

The attached MODIS-Aqua image(s) were generated by the automated Ocean-Color Data