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Visit Biofouling in Shellfish Aquaculture

Biofouling in Shellfish Aquaculture

Powerpoint on biofouling including, economic impact, general impact, common fouling organisms (macroalgae, tunicates, hydroids, boring sponge, over-set of barnacles, mussels, or oysters), controlling fouling, and methods to avoid, mitigate, or prevent the effects of biofouling.
2020
Woods Hole Sea Grant
Industry Perspective

Matching your Farm Site to your Crop’s Ecological and Environmental Needs

The last thing you want to discover, after investing your time and money, is that you chose a site that doesn’t suit your species so here are some key factors to consider.

Chris Davis, Ph.D., Executive Director
2020
Industry Perspective

Rookie Mistakes

Everyone makes rookie mistakes in the beginning. Here are some learned lessons from Love Point Oysters to help give you a head start.

Ben Hamilton and Cameron Barner
2020
Industry Perspective

Things to Be Aware of From a Shellfish Sanitation Perspective

This document was generated by DMR Bureau of Public Health staff and reflects things to be aware of when considering an aquaculture lease application from a shellfish sanitation perspective.

Maine Department of Marine Resources Bureau of Public Health
2020
Visit Oyster Production Equipment Comparisons 2016–2018

Oyster Production Equipment Comparisons 2016–2018

The report provides information on commercially relevant aspects of oyster production gear associated with each equipment type employed including, BST™ Crosshatch, BST™ Longline, OysterGro, Rack and Bag, & Seapa™. They tracked oyster survival, growth by season, shell morphology, worm presence, and cost estimates.
2020
Maryland Sea Grant, University of Maryland
Visit Maine Sea Grant

Maine Sea Grant

Supporting marine science for Maine people focusing on Maine’s coastal communities, scientific research, and tomorrow's marine workforce.
2020
Maine Sea Grant, University of Maine
Visit Storm and Hurricane Preparedness for Off-Bottom Oyster Aquaculture

Storm and Hurricane Preparedness for Off-Bottom Oyster Aquaculture

Oyster aquaculture, like any agriculture operation, has inherent risks with perils beyond growers’ control. However, coastal waters present challenges for oyster farmers in the form of tropical storms and hurricanes.
2020
University of Florida/IFAS
Industry Perspective

Starting a Farm in a New Area

Starting a farm can be seem overwhelming especially in an area where it hasn't been done before. Here's how Bar Harbor Oyster Co. overcame their obstacles and created a successful business.

Joanna and Jesse Fogg, business owners
2020
Visit Oyster Aquaculture Site Selection Using Landsat 8-Derived Sea Surface Temperature, Turbidity, and Chlorophyll a

Oyster Aquaculture Site Selection Using Landsat 8-Derived Sea Surface Temperature, Turbidity, and Chlorophyll a

Thesis paper explaining the work that went into creating the Oyster suitability Index.
2020
University of Maine
Visit Biofouling Control Strategies: A Field Guide for Maryland Oyster Growers

Biofouling Control Strategies: A Field Guide for Maryland Oyster Growers

Biofouling, or plants and animals that colonize oysters and/or cages, can affect profitability. This handbook reviews macroalgae, cushion moss, encrusting bryozoan, barnacles, false mussels, hooked mussels, slipper limpet, ghost anemone, sea squirts, boring sponge, red beard sponge, clam worms, mud worms, & whipworms.
2020
Maryland Sea Grant, University of Maryland Extension
Visit Potential Gear Coatings as a Mitigation Technique for Invertebrate Predators of Aquacultured Eastern Oysters (Crassostrea virginica)

Potential Gear Coatings as a Mitigation Technique for Invertebrate Predators of Aquacultured Eastern Oysters (Crassostrea virginica)

This project aimed to identify a gear coating that deters and mitigates predation by oyster drills (Urosalpinx cinerea) and starfish (Asterias rubens) on aquaculture eastern oysters. Identifying potential strategies to mitigate starfish and oyster drill snail predation on eastern oysters could increase oyster survival, which would increase yield and revenue.
2020
Northeast Regional Aquaculture Center
Visit Eastern Oyster Production in Maine: A Basic Overview

Eastern Oyster Production in Maine: A Basic Overview

An overview of oyster production techniques including nursery and husbandry, common gear used, and oyster biology.
2020
Maine Sea Grant
Visit Research, Development and Education Priorities for the Aquaculture Sector in Maine

Research, Development and Education Priorities for the Aquaculture Sector in Maine

This report is based on the research priorities survey conducted in June 2019 of Maine’s aquaculture community and is compared with surveys from 2012 and 2016 to look at trends. There have been some changes in the prioritization of needs since 2016, but many of the same research, development, and education (R&D&E) needs persist and remain unaddressed. As expected, there are different R&D&E priorities for different aquaculture sectors.
2020
Maine Aquaculture Innovation Center
Visit Oyster Suitability Index

Oyster Suitability Index

The Coastal Satellite Oceanography team at University of Maine created a high resolution satellite imagery of the coast of Maine that uses sea surface temperature, turbidity, and chlorophyll concentration to determine oyster suitability.
2017
University of Maine
Visit Site Selection

Site Selection

Detailed look into why site selection is so important including, biological requirements, physical characteristics, as well as social & regulatory factors.
2016
Aquaculture in Shared Waters
Visit Getting to Know Your Water

Getting to Know Your Water

Provides a summary of direct and indirect environmental factors that may affect your site selection for your marine aquaculture business.
2016
Aquaculture in Shared Waters
Visit Husbandry

Husbandry

Good husbandry is critical to success and this gives a general overview of its importance.
2016
Aquaculture in Shared Waters
Visit Effect of Oyster Stocking Density and Floating Bag Mesh Size on Commercial Oyster Production

Effect of Oyster Stocking Density and Floating Bag Mesh Size on Commercial Oyster Production

A study designed to measure the effect of stocking density and bag mesh size on the growth of pre-commercial oysters (60 mm) deployed at three sites in northeastern New Brunswick.
2015
New Brunswick Department of Agriculture and Aquaculture
Visit Northeastern U.S. Aquaculture Management Guide: A manual for the identification and management of aquaculture production hazards

Northeastern U.S. Aquaculture Management Guide: A manual for the identification and management of aquaculture production hazards

Intended to help prospective farmers to identify, record, monitor, and manage production hazards, and ultimately minimize production-related risk. Discusses types of risk in aquaculture, record keeping, environmental conditions, biofouling organisms, predators, diseases, parasites, invasive species, and operational procedures.
2014
Northeast Regional Aquaculture Center, USDA
Visit Shell GIS

Shell GIS

ShellGIS is a desktop-based software tool that, for the choice of 14-commonly cultured shellfish species, enables dynamic predictions of shellfish production, environmental effects, and profitability according to culture practice and site selection within a given GIS domain.
2014
ShellGIS
Visit Build a Drum Nursery Silo

Build a Drum Nursery Silo

Dr. John Supan demonstrates how to build a drum silo to raise oyster seed.
2013
Louisiana Sea Grant
Visit Building a Floating Longline System for Nursery Culture of Eastern Oysters

Building a Floating Longline System for Nursery Culture of Eastern Oysters

Covers the basic elements of a longline system, including materials, construction, installation and maintenance.
2013
Maine Sea Grant
Visit Shellfish Upweller Silo Construction: 101

Shellfish Upweller Silo Construction: 101

This fact sheet reviews the method for constructing a cylindrical silo for an upwelling system.
2010
Northeastern Regional Aquaculture Center
Visit Softshell Clam Culture: Hatchery Phase, Broodstock Care through Seed Production

Softshell Clam Culture: Hatchery Phase, Broodstock Care through Seed Production

Aquaculture of softshell clams (Mya arenaria), also called “steamer clams”, has grown steadily and is becoming a significant industry in New England. Examined in this fact sheet are specific aspects of softshell clam production during the Hatchery Phase and a description of variations in management practices at three shellfish facilities: two in Massachusetts and one in Maine.
2010
Northeastern Regional Aquaculture Center

Resources Database

Popular Searches

Species

Key Ideas

Biofouling in Shellfish Aquaculture

Matching your Farm Site to your Crop’s Ecological and Environmental Needs

Rookie Mistakes

Things to Be Aware of From a Shellfish Sanitation Perspective

Oyster Production Equipment Comparisons 2016–2018

Maine Sea Grant

Storm and Hurricane Preparedness for Off-Bottom Oyster Aquaculture

Starting a Farm in a New Area

Oyster Aquaculture Site Selection Using Landsat 8-Derived Sea Surface Temperature, Turbidity, and Chlorophyll a

Biofouling Control Strategies: A Field Guide for Maryland Oyster Growers

Potential Gear Coatings as a Mitigation Technique for Invertebrate Predators of Aquacultured Eastern Oysters (Crassostrea virginica)

Eastern Oyster Production in Maine: A Basic Overview

Research, Development and Education Priorities for the Aquaculture Sector in Maine

Oyster Suitability Index

Site Selection

Getting to Know Your Water

Husbandry

Effect of Oyster Stocking Density and Floating Bag Mesh Size on Commercial Oyster Production

Northeastern U.S. Aquaculture Management Guide: A manual for the identification and management of aquaculture production hazards

Shell GIS

Build a Drum Nursery Silo

Building a Floating Longline System for Nursery Culture of Eastern Oysters

Shellfish Upweller Silo Construction: 101

Softshell Clam Culture: Hatchery Phase, Broodstock Care through Seed Production

Species

Key Ideas

Results

Biofouling in Shellfish Aquaculture

Matching your Farm Site to your Crop’s Ecological and Environmental Needs

Rookie Mistakes

Things to Be Aware of From a Shellfish Sanitation Perspective

Oyster Production Equipment Comparisons 2016–2018

Maine Sea Grant

Storm and Hurricane Preparedness for Off-Bottom Oyster Aquaculture

Starting a Farm in a New Area

Oyster Aquaculture Site Selection Using Landsat 8-Derived Sea Surface Temperature, Turbidity, and Chlorophyll a

Biofouling Control Strategies: A Field Guide for Maryland Oyster Growers

Potential Gear Coatings as a Mitigation Technique for Invertebrate Predators of Aquacultured Eastern Oysters (Crassostrea virginica)

Eastern Oyster Production in Maine: A Basic Overview

Research, Development and Education Priorities for the Aquaculture Sector in Maine

Oyster Suitability Index

Site Selection

Getting to Know Your Water

Husbandry

Effect of Oyster Stocking Density and Floating Bag Mesh Size on Commercial Oyster Production

Northeastern U.S. Aquaculture Management Guide: A manual for the identification and management of aquaculture production hazards

Shell GIS

Build a Drum Nursery Silo

Building a Floating Longline System for Nursery Culture of Eastern Oysters

Shellfish Upweller Silo Construction: 101

Softshell Clam Culture: Hatchery Phase, Broodstock Care through Seed Production