Resources Database

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.

Research paper on mussel spawning, spat (seed) collection, and hatchery grow out. They researched naturally and artificially conditioned mussel broodstock; compare different ropes used for settling larvae; hatchery production methods; if differences exist in growth and retention rates; whether working mussel farms would benefit from multiple cohorts of cultured seed; & the effectiveness of remote vs. traditional setting methods to decrease costs associated with the production of cultured mussel seed.

Supporting marine science for Maine people focusing on Maine’s coastal communities, scientific research, and tomorrow's marine workforce.

Overview of how Pemaquid Mussel Farms reached their development goal of a 5 fold increase in production within 10 years to $15 million annually using new technology and business planning.

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.

Detailed look into why site selection is so important including, biological requirements, physical characteristics, as well as social & regulatory factors.

Provides a summary of direct and indirect environmental factors that may affect your site selection for your marine aquaculture business.

Good husbandry is critical to success and this gives a general overview of its importance.

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.

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.

This fact sheet reviews the method for constructing a cylindrical silo for an upwelling system.

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.

Brief overview of softshell clam distribution, habitat, life cycle, predators, disease, harvest, marketing, and aquaculture.

Overview of mussels nutritional value and their biology.

Reviews upwelling techniques for growing juvenile shellfish including different design considerations pros and cons and locations.

Use this to create your own farm-specific Best Management Practices (BMP) document use this template, a Microsoft Excel file in macro format.

Overview of popular finfish and shellfish aquaculture systems (husbandry & gear) used in the northeast including bottom culture, near bottom culture, water column culture, surface culture, hatchery land-based systems.

A brief introduction to current commercial production species, potential commercial species, and experimental species including the hard clam (quahog), eastern oyster, blue mussel, softshell clam, macroalgae, bay scallop, European oyster, surf clam, sea scallop, and more.

In depth study on larval development, sampling and observation methods, calculation of density, larval measurements and identification, and comparison between certain species.

Reviews the importance of recording growth and environmental data, estimating number of seed, and provides template data sheets to record this information.

Construction guide for the Cornell System FLUPSY using off-the-shelf components including instructions, diagrams, and images.