California Fish and Game Commission Gives Final Approval for South Coast Marine Protected Areas

The California Fish and Game Commission (Commission) adopted regulations to create a new suite of marine protected areas (MPAs) in Southern California. At a Commission meeting in Santa Barbara today, the regulations were adopted as part of the Marine Life Protection Act (MLPA), which requires California to reexamine and redesign its system of MPAs with the goals to, among other things, increase the effectiveness of MPAs in protecting the state’s marine life and habitats, marine ecosystems and marine natural heritage.

Informed by recommendations generated through a two-year public planning process, the regulations will create 36 new MPAs encompassing approximately 187 square miles (8 percent) of state waters in the study region. Approximately 116 square miles (4.9 percent) have been designated as no-take state marine reserves (82.5 square miles/3.5 percent) and no-take state marine conservation areas (33.5 square miles/1.4 percent), with the remainder designated as state marine conservation areas with different take allowances and varying levels of protection. In addition to approving the MPA regulations, the Commission also certified the environmental impact report prepared pursuant to the California Environmental Quality Act.

Read the rest of the news release here.

State panel approves creation of protected marine area off Southern California coast

December 15, 2010

SANTA BARBARA, Calif. (AP) — State wildlife regulators voted Wednesday to create a zone of protected areas off the Southern California coast where fishing and other activities will be restricted or banned.

The Fish and Game Commission listened to hours of public comment before approving the marine protected area along a 250-mile arc of coastline from the Mexican border to Santa Barbara County.

To comply with the state’s Marine Life Protection Act of 1999, California’s 1,100-mile coast was divided into five sections. Two protected areas were previously created in Northern and Central California. Southern California is the third area to undergo the process.

The establishment of such areas has been a particularly thorny issue in Southern California, where conservationists, fishermen and seaside business interests have collided.

The commission voted 3-2 in favor of the protected area. Supporters clapped when the vote was cast. Many had urged the panel to increase the size of the protected locations within the reserve.

The process appeared to have done little to quell opposition, even though the proposal has been in the works for two years and was aired at dozens of public hearings.

Fishing industry experts expressed concern about the survival of their industry. California Fisheries Coalition manager Vern Goehring and others predicted lawsuits.

“The public image or message that proponents are giving is this is a great thing protecting the ocean,” Goehring said. “But in reality, most people know if you regulate fishing — which is already regulated — it doesn’t do anything new about water quality, coastal development and other threats.”

Read the rest of the story here.

Berkeley Chef Loves Sardines from Monterey Bay

Chef Alice Waters

Founder-owner of Chez Panisse restaurant in Berkeley, CA:

“As fishing worldwide has become more industrialized, it is very important to buy from local sustainable fisheries. I happen to love the sardines that come from Monterey Bay.

“At Chez Panisse, we like to fillet them, cure them lightly with salt, and marinate them with garlic, lemon, herbs, and good olive oil. They are delicious served slightly warmed on garlicky grilled toast.”

See more at Sunset magazine here.

Researchers Encourage Greater Sardine Consumption, But Not Tuna

Thursday, September 23, 2010, 01:30 (GMT + 9)

A team of researchers from Spain and the United States are recommending a reduction in the consumption of tuna and an increase in intake of sardines, as both fish contain roughly the same nutrients. At the same time, scientists stress that consuming 100 grams of tuna will cause nearly 100 times more damage to the environment than 100 grams of sardines.

This was indicated by Enric Sala, a marine ecologist at the Centre d’Estudis Avançats of the Superior Council for Scientific Research (CSIC) in Spain and the National Geographic Society, as well as Daniel Pauly, of the University of British Columbia in the United States

The experts co-directed the investigation, the results of which will be released in October in America, within an edition of the National Geographic magazine and after, in December, it will be released in the Spanish version, reports the newspaper La Vanguardia.

“If we preserve the marine ecosystems so that future generations can continue to eat fish as we do, we should consume less larger species such as tunas,” said Sala.

Read the rest of the story here.

Collaborative Sardine Research Program Concludes Aerial Summer Survey

Local Sardine Fishermen Collaborate with Scientists to Improve Knowledge of Natural Resource

San Pedro, CA, Sept. 20, 2010 – San Pedro fishermen Nick Jurlin on the FV Eileen and Robert Terzoli on the FV Maria T made their final point sets –fishing for science– just hours before the summer sardine research project ended and the fall directed fishery began, at 12:01 AM September 15.

Sponsored by California’s wetfish industry, the summer aerial sardine survey, whose purpose is to provide a minimum estimate of sardine abundance, documented sardine schools from Cape Flattery in Washington State to Southern California, encompassing the area around all of the Channel Islands, where sardines were plentiful.  But the project was unable to conduct point sets in Monterey due to persistent fog and uncooperative fish.

Despite this, the project accomplished its overall goal of conducting three replicates of the aerial survey.

“Three repetitions provide enough information to establish a variance,” said Dr. Doyle Hanan, retired senior marine biologist supervisor for Department of Fish and Game, who directed field operations in California. “This will reduce uncertainty and provide a more accurate estimate of sardine abundance.”

Conducted in cooperation with the Northwest sardine industry, the project covered 66 random transects in all, with 40 in California. Transects were scientifically pre-determined and flown at an altitude of 4,000 feet, extending from the coast out 35 miles, and staged at 15-mile intervals. The high-tech camera systems installed in or attached to the planes photographed the ocean surface with 60 percent overlap, providing seamless coverage. The cameras were equipped with a 24 millimeter lens, covering about a one-mile swath of ocean every 15 miles. The total area of the survey encompassed about 1,000 miles along the west coast.

The survey was conducted as a two-stage project: Stage 1 consisted of aerial surveys to photograph sardine schools visible on the ocean surface along transects.  Stage 2 consisted of ‘point sets’, where fishermen wrap and harvest sardine schools of various sizes, which are weighed and biological samples taken at the dock. The fishing activity also is photo-documented, and point set photos are used to correlate the volume of fish caught to the area measurement of schools identified in the aerial photos to develop a minimum estimate of absolute biomass.

In all, California fishermen harvested a total of about 1,238 of the 2,100 metric tons allocated for the summer research project in California. Twenty-six point sets on schools ranging from five – 75 tons met the stringent requirements for use in the survey.  Fishermen were required to capture 90-100 percent of the school, and the pilot was required to photograph the vessel approach to the targeted school as well as the capture process.

The good news is the research succeeded overall.  However, the forces of nature battled the project every step of the way in California. A perfect storm of problems thwarted the research project in the Monterey area. Although the fog lifted just long enough to accomplish transects, fishermen standing by to conduct point sets were stymied, first by the persistent marine layer, then by fish behavior — as the only sardines spotted in the bay were congregated in the shallows near Santa Cruz in schools too large to conduct valid point sets. The final blow came when the owner of United Flight Services was killed along with his son in a tragic plane crash on Labor Day weekend, grounding the planes the association had chartered before the end of the research period.

The first photo in this series shows FV Eileen approaching a sardine school near Santa Cruz Island. The second photo shows the process of wrapping the school.  Fish were weighed and biological samples were taken at the dock. Fish were processed at Tri-Marine and State Fish Companies at cost, and the proceeds will help to fund the research. Approximately 861 metric tons remaining in the research quota at the end of the project will automatically be added to the fall directed fishing quota.

The research was approved by the Pacific Fishery Management Council, which issued Experimental Fishing Permits to selected vessels to participate in the harvest of sardines outside the open fishing period. The sardine industry initiated the summer sardine research in 2009 and expanded it into Southern California in 2010.

FV Eileen approaching sardine school

FV Eileen wrapping school

Ventura County Star: New study shows healthy sardine population along coast

Sardine Research Update – Southern California Report

We extend huge thanks to Nick Jurlin on the FV Eileen, Robert Terzoli on the Maria T, and Neil Guglielmo on the Trionfo, as well as our pilots Jeff Luboff and Devin Reed for their dedication to this research.

Through August 28, they have completed 12 preliminarily acceptable sets, targeting the smaller schools (as instructed to do). For the next two weeks they’ll be targeting schools at the larger end of the spectrum — up to 80 tons.

Below is a photo of Nick Jurlin approaching a small school near the Northern Channel Islands; his target is highlighted with arrows. The pilot estimated the school at 5 tons; Nick estimated close to 6 tons, and the point set verified the weight at 5.3 tons. This photo was enhanced by Dr. Doyle Hanan, the scientific advisor and field coordinator for the research project, and shows numerous sardine schools.

Nick, Robert Terzoli and Vince Lauro will continue making point sets in Southern California until we fill the projected SoCal research allocation (about 1,050 metric tons). They have about 800 mt to go, but targeting the larger schools (i.e. 50-80 tons each), that tonnage should be caught relatively quickly.

All fish landed in Southern California will be processed either at Tri-Marine or State Fish Company.

Thanks to everyone involved in our California research project for your dedication and cooperation!

Sardine Research Update – Northern California Report

Weather continued to play a confounding role in Northern California, but we managed to find enough reasonably clear days to complete one full set of 66 aerial transects coast-wide, from Cape Flattery WA south past Catalina Island in S.CA,. and nearly finished set #2 by the last weekend in August.

Three planes participated, with pilots flying at 4,000 feet altitude along predetermined straight line transects from shore out 35 miles. Transects were spaced at 15 mile intervals along the coast. Cameras mounted in the planes continuously photographed a swath of ocean approximately one mile wide along each transect path. Photo analysts will later examine the thousands of photos to identify sardine schools.

Three (replicates) is the charm that will help lower the coefficient of variation fraction applied to the estimate of biomass derived from photo analysis. Remember, last year’s survey completed only 41 of the scheduled 52 transects — with only one replicate.

This year, our target is 66 transects times 3 replicates. We’re nearly two-thirds of the way done with two weeks remaining. Finishing the third replicate should be doable.

The next challenge is landing acceptable point sets, and we’re making steady headway on that front as well.

In Monterey, while planes have been able to conduct aerial transects in the north, the combo of fish location (all piled up on the beach) and persistent marine layer offshore have precluded starting point sets in Monterey — until now.

Anthony and Andy Russo, Frank Aliotti, and now Neil Guglielmo, one of our southern research boats, who ventured up to Monterey, are standing at the ready to help initiate point sets in the northern region. One of our northern pilots, Geno Zandona, spotted fish at Soquel Hole, which means sardines may now be returning to the bay, as the abundance typically increases in September.

We’re hopeful the fish schools will spread out so we can conduct point sets in a broad area, as recommended by scientists.

Doyle Hanan advised the boats to prepare to go fishing on Tuesday, Aug. 31. Geno prepared to set the boats while the second pilot, and Allen Hewitt flies the twin engine Seminole to Crescent City to begin the third set of transects.

Although fog did not lift sufficiently in the Bay to fish on Aug. 31, we’re expecting a fair weather break for the next several days, and we should be able to make “hay” while the sun shines. Keep your fingers crossed!

This research project is likely to go down to the wire. We have until September 14 to wrap up the summer project. Then we’ll jump-start planning for our fall pilot project in Southern California, where we’ll evaluate three different techniques for measuring fish, all deployed at a time when sardines are abundant in California.
•  Daylight vs. night time photography
•  LIDAR (Light Detection and Ranging): an optical remote sensing technology that measures properties of scattered light to find range and/or other information of a distant target, which can “see” 50 meters underwater
•  Hydroacoustics: utilizing SONAR technology, hydroacoustics is most commonly used for detection, assessment, and monitoring of underwater physical and biological characteristics

Sardine study assisted by local scientists, pilots, fishermen

Comprehensive count will help determine fishing season

By TODD GUILD, Watsonville Register-Pajaronian
Aug. 24, 2010

In an effort to give scientists and the fishing industry a comprehensive picture of sardine populations along the West Coast, two fishing boats from Moss Landing and one small plane from Watsonville are taking part in a large-scale study of the small fish that once powered the Monterey Bay’s economy.

Since July, a team of scientists has been plying the waters along the West Coast to study the sardine schools, a project intended to give researchers a better picture of the populations of sardines and allow the fisheries industry to better regulate sardine fishing seasons.

The sardine season, which is loosely scheduled from January through August but is largely determined by tonnage caught, has closed for the year, however. The West Coast sardine survey will include fishermen with special permits and spotter planes that will fly and photograph transects at 15-mile intervals from Cape Flattery in Washington to San Diego.

The study was launched when government reports of sharply-declining populations over the past three years contrasted with sardine harvesters’ reports of huge schools.

According to Dr. Doyle Hanan, a retired senior marine biologist from the California Department of Fish and Game who is heading up the California portion of the study, the sardine fishery is considered one of the more sustainable ones. Few other species are accidentally caught and the population of sardines is so high that there is little chance of overfishing, he said.

Still, the study, which is estimated to cost more than $5 million and is funded by the California Wetfish Producers Association and the Pacific Fisheries Management Council, is an important one that will give scientists and the sardine industry the most detailed picture to date of the populations extending from Canada to Southern California, Hanan said.

“We want to ensure that we know how many fish are out there, and that we’re harvesting them at a sustainable level,” Hanan said.

During the study, a fleet of small planes mounted with high-resolution cameras will fly over the ocean along the length of the West Coast and as far out as 76 miles to look for telltale signs of large schools of sardines.

Researchers will then estimate the total surface areas of the schools, then boats to take samples of the fish, which will be measured and weighed.

Allen Hewett of Aptos is the pilot helping with the Central Coast portion of the study. As he flies 4,000 feet above the water, he said he looks for signs of the sardines, such as huge flocks of birds and pods of whales feasting on the little fish.

“When you see 80 tons of sardines from the air, it’s something to see,” he said.

The two boats participating in the study have been given special permission to catch and sell the sardines, but profits from the sales will help fund the study, Hanan said.

Another team of boats and planes are helping with the Southern California study, while an additional team works the area north of the Oregon border.

“The scientific goal of our groundbreaking project is to photo-document and measure the schools of sardines extending the length of the Pacific coast, and ultimately to understand their migration patterns to ensure sustainability,” said Diane Pleschner-Steele, executive director of CWPA. “This aerial survey will dramatically increase our knowledge of the Pacific Coast sardine population and could also improve future fishing opportunities, which have suffered greatly in recent years.”

Results will be compiled and presented at a sardine stock assessment review panel in September and may be used to help determine the estimated abundance of the Pacific sardine resource and help fisheries management officials determine the 2011 harvest guideline.

Sardine Research Update

Boats, planes and our stalwart research team have been standing at the ready since the close of the directed fishery in July, waiting for Mother Nature to cooperate. And so far the weather gods have been less then helpful in the Northwest and Northern California down to Point Conception.

But the southland has seen clear skies, and we’ve taken advantage of that, as Jeff Luboff and Devin Reed – our southern pilot team – have spotted fish, set boats and photographed 10 successful point sets so far with our southern Experimental Fishing Permit (EFP) vessels: Nick Jurlin on the FV Eileen, Robert Terzoli on the FV Maria T, and Neil Guglielmo on the FV Trionfo.

Schools ranged from five to about 45 tons and represented a nice range of sizes and maturities as well, for a total of nearly 200 mt sardines captured of the approximately 1,050 mt allocated to the Southern CA survey area.

Good job guys!

Grateful thanks also to our southern research team — including Dr. Doyle Hanan, field coordinator for the entire CA project, his son Zach who is overseeing southern operations and the San Pedro markets processing the fish, Tri-Marine and State Fish Co. and their sampling crews.

Monterey EFP vessels King Philip, Sea Wave and El Dorado and their captains, Anthony and Andy Russo and Frank Aliotti, as well as Monterey Fish Company – which will process the northern CA fish – are standing by patiently, waiting for the high sign to conduct point sets. We’re hoping and praying for a weather break soon!

We’ve learned that the coast cleared in the Northwest and pilots resumed transects in WA and OR on Thursday Aug. 18. Our pilot Geno Zandona also completed about 4.5 transects in far Northern CA. And if even part of the northern coast clears, our pilots will continue transects on down the coast over the weekend.

Additionally, we can continue this research project right up to September 15 – the beginning of the fall directed fishery – which allows another three full weeks plus a few days. The weather is typically better and fish are more abundant in Monterey in September; so we still have hope!!

We’ll be filing weekly updates on this blog, along with video and photos to illustrate the action.

Please stay tuned.