Trace your plate! This project aims to address conservation challenges, improve marketability and increase the value of Atlantic Halibut and Atlantic Lobster fisheries in Newfoundland and Labrador. Click here to read more about the seafood traceability project.
Information about cod condition is a critical component of the assessment process and the objective of this project is to provide information about the condition of cod in the northern Gulf of St. Lawrence (4R3Pn).
Whole cod samples are collected throughout the fixed and mobile gear cod sentinel survey during January, February, and March. Length, weight, sex, otoliths, maturity, liver weight, gonad weight, stomach contents, and tissue samples are collected and analyzed.
Over the last several years, snow crab stocks around many parts of Newfoundland and Labrador have declined in abundance. In an effort to reverse this trend, the FFAW has partnered with DFO, DFA, and the Marine Institute to design a pot that reduces the catchability of undersized and soft-shelled crab thereby reducing the mortality of crab that are caught and discarded in the fishery.
Phase I of the study was undertaken to improve the size-selectivity of the Japanese-style conical pot used in the Newfoundland and Labrador snow crab fishery. Phase II of the study focused on fishing trials of the two most promising designs and completion of a report outlining the findings of the investigation.
In 2004, a project was developed to investigate the distribution of Gilbert Bay cod and provide information on fishing effort in areas adjacent to the proposed Marine Protected Area (MPA) in partnership with DFO and Memorial University.
The Green Crab (invasive species) research project is a partnership with Vale. is directed at collecting sufficient data to develop an effective mitigation plan and prevent further spread and impact of the alien invasive species, the European Green Crab.
The objective of the project is to mitigate (remove) impacts on the environment and the fishery, to educate fish harvesters and the public to allow for early detection of the species, and to faciliate rapid response with fish harvesters where green crab have been detected. The project will also examine the possible uses of green crab as a compost material or for other environmentally friendly uses.
The effects of green crab on the environment - before and after invasion
The Industry Post Season Snow Crab Trap Survey is currently in its eleventh year. The snow crab survey started in 2003 and was developed in response to the need for an industry-driven, scientifically sound survey to acquire catch and effort, and biological information.
Each of the crab management areas in 2J3KLNOPs and 4R were divided into survey blocks. The fixed station (survey blocks) was designed to cover areas from deep within bays to outside 200nm. Each year 88 vessels sample 1500 stations.
All survey sets are subject to 100% observer coverage; onboard are FFAW field technicians or Seawatch observers.
Data collected during the survey includes duration (or soak time), depth, shell condition, carapace width, carapace damage, BCD, missing leg count, and maturity.
The catch and effort, and biological data collected from the survey are used to develop biomass indices for inclusion in the yearly assessment of 2J3KLNOP4R snow crab.
In an effort to improve the understanding of lobster stocks, a lobster-monitoring project was developed and implemented in 2004 throughout Lobster Fishing Areas (LFAs) in Newfoundland and Labrador. The lobster project continues in 2014 and consists of two initiatives. First, FFAW lobster science log books are distributed to commercial lobster harvesters in the designated areas for their voluntary completion throughout the season. Second, at-sea biological technicians collect information such as carapace length, sex, presence of berried females, v-notched females and bottom habitat. All data collected is fully incorporated into the Newfoundland Lobster Stock Assessment.
In 2004 a project exploring the reproductive potential of several ground fish species around Newfoundland and Labrador began. Previous estimates of fecundity for cod in Newfoundland waters are 20 years old, and 40 years old for American plaice. Updated fecundity data can improve estimates of the level of sustainable fishing mortality and time for recovery of depleted stocks. The goal of the project has been to produce new fecundity estimates for several ground fish stocks and note if, or how, the estimates have changed over time. The data will also be used in the exploration of proxies for fecundity (such as liver and body condition).
For many years it has been suspected that seal predation is a factor in the high mortality rate of cod around Newfoundland and Labrador. Two species of seals, harp and hooded, are considered important within the context of seal predation on cod, their prey and other groundfish in Atlantic Canada.
Understanding the diet of harp and hooded seals in offshore areas (most seal sampling occurs in nearshore areas, where the majority of the population never enters) is critical for estimating the amount and type of prey consumed.
Since 1994 and continuing to the present, fish harvesters from around the province have been participating in cod sentinel surveys. Participants fish under systematic, well-defined and rigorous scientific protocols. The primary objective of the program is to collect information on stock trends, but information is also collected that contributes to the study of the distribution, migration, condition, and age of fish, as well as providing information on water temperatures.
There are currently 74 fishing enterprises involved with the fixed gear sentinel program around Newfoundland and Labrador, and there are four mobile gear vessels conducting a bottom trawl stratified random survey in 4R3Pn.
The sentinel program started in 4R3Pn in 1994 and in 3Ps in 1995. Later that year and into 1996, it expanded to include 2J, 3K and 3L. This program was instrumental in building scientific collaborations between fish harvesters, fisheries scientists and resource managers.
The sentinel data time series has been established and data collected is fully incorporated into the cod stock assessment.
The 4R3Pn Cod, 2J3KL3Ps Cod, Lumpfish and Atlantic Halibut Tagging programs provide valuable information about distribution, abundance of species, tracks growth rates, migrations patterns, and spawning behavior.
DST (Data Storage Tags) is a small electronic device that records temperature, depth and time at 15 minute intervals for years. It is inserted in the body cavity of cod by trained FFAW staff and fish are set free.
The Atlantic Halibut resource in the Gulf of St. Lawrence has increased dramatically in recent years. The Atlantic Halibut tagging is used to collect reliable scientific data to ensure we maximize the return to harvesters and their communities without impeding growth in the stock.
Information collected: halibut distribution, migration, growth rate and condition. Biological samples (i.e. otoliths, gonads, etc.) from both commercial and sub-commercial sized fish are collected. Information collected through the tagging will be used in the scientific assessment process.
The total number of Atlantic Halibut tagged in the Northern Gulf of St. Lawrence is 7,559.
The objective is to determine if there are measurable impacts caused by the introduction of fish farming, negative or positive, on the commercial species currently harvested in Connaigre Bay.
Conducting a multi year survey (snow crab and lobster) to compare scientific data (abundance and distribution) before, during, and after the establishments of the farm sites. There is a unique opportunity to study the environmental interaction and possible impacts in a bay that has never been used before in aquaculture.