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Water quality in the Lynnhaven River continues to trend in the right direction. The same information we recieved that informed this article also generated a local WHRO news story . The Virginia Department of Health has reopened additional areas of the Eastern Branch of the Lynnhaven River to shellfish harvesting, marking an important milestone for our watershed. Because shellfish harvesting areas are subject to some of the most stringent water quality standards in the country, expanded access is a meaningful indicator of environmental improvement. The VDH’s Division of Shellfish Sanitation (DSS) is the governmental body responsible for monitoring water quality to ensure that shellfish harvested is safe for human consumption. They also have the authority to close the river for harvesting in emergency situations. Section C1 — home to LOC’s farm — is included in the newly approved harvest zone, meaning nearly all of our farm is now open. When the Lynnhaven Oyster Club was established five years ago, less than half of the farm was open for harvest. In 2023, the amount of harvestable water increased significantly. Now, in 2026, the condemnation line has been moved further south into the river, expanding the farm to nearly 100% harvestable. Refer to the map to see the previous and current condemnation lines. 15 March 2026 Updated Section C1 Map The northern tip of the farm (in Section B) remains in a condemned zone. This progress reflects the collective efforts of local watermen, environmental groups, regulators, and community members who are committed to restoring and protecting the Lynnhaven River. The updated maps are not just regulatory changes — they are tangible proof that sustained stewardship and investment in water quality are making a measurable difference. The takeaway here for members is that water quality is improving in the river. It is hard to single out any one reason. Many contributing factors are in play: Likely Contributing Factors... Professional and amateur aquaculture activity allows native oyster populations to increase without harvest pressure. Private waterfront homeowner and neighborhood efforts throughout the watershed Responsible residential and commercial development Federal, State, & Non-Profit Organizations restoration programs such as Lynnhaven River Now's tree program or oyster restoraton work (see below). This is positive news for the area. Keep it up everyone! We are not the only ones celebrating. Karen Forget of Lynnhaven River Now recently communicated to the organization's Board of Directors with these words: " From the beginning of our organization, we have been working to reduce pollution and open more of the Lynnhaven River for shellfish harvest.  The shellfish harvest level is significantly more rigorous than the swimmable/fishable level.  When we began is 2002, 1% of the river met that standard.  By 2007, 7% of the river was open, and we were able to again harvest Lynnhaven oysters for consumption.  Every year we made gains until things leveled off at 47% a few years ago.  We have stayed at that plateau for several years.  Every spring, I receive the new maps from the Virginia Department of Health, Shellfish Sanitation Division, and  this year's maps show an increase in open areas of 255 acres, moving our open percent from 47% to 52%!  This is worth celebrating!  And not coincidentally, the new open areas are where we have been doing oyster restoration work in the Eastern Branch of the Lynnhaven and in Linkhorn Bay at the mouths of Little Neck and Great Neck Creeks." Karen Forget Lynnhaven River Now Executive Director

The Annual Festival is December 5 this year. All 2026 events have been scheduled. Now what? Check these dates against your calendar and RSVP today! LOC events are one of the key benefits of membership. In past seasons, member events were programmed and scheduled only several months in advance and we found that this was not always compatible with busy lives. For 2026, a date for nearly every event has been set. Only the summer wildcard event remains unscheduled. Stay tuned! If you have any good ideas, feel free to reach out! But for now, we encourage you to use the calendar below to pencil in dates and RSVP. You can RSVP for logging into your member profile and visit the Events/RSVP section. Download a printable version of the save the date calendar below. You can click the image above to download/print a pdf. If you have any questions or need assistance, please contact us !

Trey O'Donnell, LOC Intern Class of 26 helps load up this year's seed  for its first round of processing. LOC enjoys sharing the experience of growing oysters with students from Virginia Beach's Environmental Studies Program. As you will see in the VIMS infographic, finding local employees remains the top challenge identified by growers. A year ago, we presented information from the Virginia Seafood Agricultural Research and Extension Center (AREC) at Virginia Tech, which detailed the economic impact of Virginia's seafood industry. To quickly revisit this, you can watch the video here . The AREC report highlighted the total economic impact of Virginia's shellfish industry, which exceeded 1.1 billion in 2019. Recently, the Virginia Institute of Marine Sciences (VIMS) released findings focusing on the "gate value" of Virginia's shellfish industry, estimated at 81 million. Although these findings are separated by several years, and the gate value is impressive, it's clear that the downstream effects of Virginia's shellfish industry are where the majority of economic benefits are ultimately realized. Read the full report here LOC utilizes"containerized" methods: a combination of rack & bag and bottom cages.

After the new year, we start thinking about our annual seed order that will deliver baby oysters late spring and that will service the membership 2-2.5 years from now. This article is one of many to help our members understand everything that goes into serving one of the best oysters on earth. Similar to how organisms propagate and succeed through genetic selection in nature, oyster aquaculture depends heavily on the quality and genetic diversity of broodstock. At the Virginia Institute of Marine Sciences (VIMS), two distinct genetic lines of oysters are offered to hatcheries for breeding oysters destined for farmers up and down the east coast. Some large growers have their own hatcheries to produce the seed oysters they need. Here at LOC we purchase our seed from a leading hatchery from Gwynn's Island Virginia. You can learn more about Oyster Seed Holdings here. These genetic lines include: Mass Selected Lines Family Selected Lines Understanding these differences can help oyster growers make informed choices for their operation and farm characteristics that support sustainable and productive aquaculture. Kasey Balderson, Hatchery Manager at Oyster Seed Holdings gives Frank the skinny on how they manage the broodstock they obtain from the Virginia Institute of Marine Sciences (VIMS). What Are Mass Selected and Family Selected Genetic Lines? Mass selected genetic lines called DEBY and LOLA are developed by selecting oysters based on overall desirable traits from a large, mixed population. This approach focuses on improving traits such as growth rate, disease resistance, and shell quality by breeding the best-performing oysters together without tracking individual family lines. In contrast, family selected genetic lines known as HNRY and LILY involve breeding oysters from specific family groups. Each family is tracked separately, allowing breeders to select the best families based on performance and genetic traits. This method provides more control over genetic diversity and helps avoid inbreeding. Advantages of Mass Selected Lines Mass selection offers several practical benefits for the oyster aquaculture industry: Simplicity and speed : Breeders can quickly select oysters showing strong traits without maintaining detailed family records. Broad genetic base : Because selection happens across a large population, mass selected lines often maintain higher genetic diversity. Cost-effective : Less labor and record-keeping reduce operational costs, making it accessible for smaller hatcheries. For example, DEBY and LOLA oysters have shown consistent growth and resilience in various environmental conditions along the Virginia coast. Their broad genetic base helps them adapt to changing water temperatures and salinity levels, which is crucial for sustainable aquaculture. Oyster seed is offered in various sizes. The larger they are, the better the chance of survival. Hense this 4mm seed will cost slightly more than 1mm seed. Plus, the hatchery spent more time growing it, so it makes sense larger seed costs more. Benefits of Family Selected Lines Family selection provides more precision in breeding programs: Targeted trait improvement : Breeders can focus on specific families that excel in traits like disease resistance or shell strength. Genetic monitoring : Tracking families helps prevent inbreeding and maintains healthy genetic variation. Long-term gains : Family selection supports gradual improvement over generations, leading to more robust oyster stocks. HNRY and LILY lines have been developed with these goals in mind. For instance, family selected oysters from VIMS have demonstrated superior resistance to diseases such as Dermo and MSX, which are major threats to oyster populations. This makes family selected lines valuable for growers aiming to reduce losses and improve yield quality. Choosing Between Mass and Family Selected Lines The choice between mass and family selected oysters depends on the goals and resources of the aquaculture operation who wish to deploy and optimally nurture them until they are viable for the oyster consumer market. For growers seeking quick, broad improvements in growth and survival, mass selected lines like DEBY and LOLA offer a practical solution. For those focused on long-term genetic health and disease resistance , family selected lines such as HNRY and LILY provide more control and targeted benefits. It is also possible to combine approaches. Some hatcheries use mass selection to maintain genetic diversity while applying family selection to enhance specific traits. This hybrid strategy can balance short-term gains with sustainable breeding. So what does this mean to you - the consumer? Most consumers are unaware of this genetic underpinning of the oyster aquaculture industry. However, when they are informed, conscious consumers interested in environmental and personal health have concerns because it sounds similar to genetically modified organism (GMO) practices. Consumers worry about GMOs mainly because they don’t trust long-term health and environmental impacts, especially when genes are altered in ways that don’t occur naturally. There’s also concern about corporate control of food systems, reduced biodiversity, and not knowing exactly how modified foods were created or tested. We have an FAQ dedicated to explaining why aquaculture oysters are not GMOs. Visit our FAQ and search for "GMO". Rest assured, aquaculture oysters are not GMOs. By definition, GMOs require direct manipulation of DNA in a lab using techniques such as gene insertion, deletion or editing. Commercial aquaculture oyster seed is not produced this way. Furthermore, there are no FDA-approved genetically engineered oysters in the United States or in global food markets. A better description and analogy is that they are selectively bred, similar to wine grapes or cattle. Some are sterile so they stay firm and tasty all year — similar to seedless fruit. These are called "triploid" oysters. When purchasing oysters that start their life in a hatchery and grown into adult size by an oyster farmer, you are taking pressure off the wild oyster population which is critical for oyster restoration. This post goes into this in more detail. By supporting oyster aquaculture you: (1) contribute to sustainable oyster farming (2) get to enjoy the best possible oysters and (3) help wild oyster populations recover. From 4mm seed to 3+-inch oysters. Harvest ready in 18-24 Months! Final Thoughts on Oyster Breeding Lines The difference between mass selected and family selected genetic lines is more than just breeding technique. It shapes the future of oyster aquaculture by influencing oyster health, growth, and resilience for a variety of operations. The more the VMRC and the hatcheries can improve breeding science, so can growers improve their products, in turn, offering oyster enthusiasts the best oyster each region has to offer.

To explain the hatchery link in the oyster supply chain, we would like to introduce OSH, Inc. Part 1 - Hatcheries Oyster Seed Holdings (OSH) of Gwynn's Island Virginia was referred to us as a new seed source for an obvious reason: they are not growers.  You see, many hatcheries are owned and operated by oyster grow-out businesses. It is important to understand that even though the seed created by hatcheries are mostly identical, there are some performance differences. For one reason or another, some oysters simply grow faster than others. These high-performers get to market sooner which turns a profit quicker and improves the operation's return on investment. A Quick Watch: Hatcheries like OSH play a critical role in the oyster industry. Watch a short YouTube primer on OSH called " Inside an Oyster Hatchery " Think about it for a minute. If you are a large producer and you invested in the infrastructure and people to create your own seed, would you not keep the best and fastest growing stock for your own grow-out? And in turn, sell off your poorest performers to other growers? LOC was purchasing seed from large growers and we were curious about this, so last season we also purchased from OSH to compare. In short, there is no comparison. We are surprised how well they are growing! Above, OSH’s Hatchery manager, Casey, gives Chris & Frank a tour of the facilities. Check out the massive amounts of algae (background) they must grow to keep the animals healthy through breeding and post fertilization. At top-right, adult "Henrys" (zoomed circle inset) are the genetic strain LOC is primarily working with this year. As we consider again the oyster supply chain, the Virginia Institute of Marine Science (VIMS) is actually the first link. VIMS provides the base genetic material embodied in mature brood stock oysters (branded as "Debbies", "Henrys" or other) to those interested in spawning these adults to produce larvae and creating marketable seed for the industry. While VIMS provides the genetic material, it is the hatchery and the rest of industry in the oyster supply chain that turns that genetic material into a viable product for market. Standby for Part II of this article where we explain the rest of the Oyster Supply Chain. With the seed obtained by OSH performing better than expected, LOC’s biggest challenge with the 75,000 babies we purchased is managing their g rowth and providing them the best environment in which to survive to maturity. As inventory from prior years clears, we will be working to expand farm infrastructure to handle the rising adolescent population from our nursery area and ready them for spring and summer growth. Some will be ready for the fall season!

Member Bruce Doyle proudly wears LOC colors! The LOC Hoodie is a member favorite. It is available in all sizes and is available in both classic Navy or Maroon for Virginia Tech fans! Use these coupons to get into your own gear: Use " MEMBER26 " at checkout for 10% off all products in the store. You can reuse this code until the end of the 2026 term. Use " MEMBERSHIP26 " at checkout for 50% off one product. This code can be used once during the 2026 term. The LOC shop is your one-stop for all routine purchases. Standard and Slim Koozies are now available at the shop. Member Merch - from hoodies and koozies to shucking aprons and weekender bags, we are always adding new designs and merchandise. LOC gear makes great gifts! Member Event Tickets - If you are a Tier 2 member and would like to attend a pop-up event, you will need these. They are $40 for one and $70 for two. Simply purchase before the event. Guest Passes - Inviting friends to a member event is probably the best way to introduce them to the Club. Each Guest Pass is $35. There are limits to the number of guests we can accommodate as we prioritize member RSVPs. Contact us if you have a special request. Oysters - Of course! Your member benefit extends wholesale pricing for a certain number of bushels for the term. Tier 1 members can redeem up to 5 bushels annually. Tier 2 can redeem up to 2 bushels . Our products are made to order, especially for you as soon as you place your order. This makes products a bit longer to deliver, but by making products on demand instead of in bulk helps us reduce waste, so thanks for your patience and helping us from overproduction. If you have any questions or need assistance, please contact us !

This article was inspired by Yahoo News , and suggests that aquaculture growers like your Lynnhaven Oyster Club are one of the most unrecognized heroes in environmental restoration. Oysters have long been valued for their culinary value and role in coastal economies, but recent research reveals they an equally critical role in protecting our environment. Scientists have discovered that oysters can significantly improve coastal ecosystems and sequester carbon from the atmosphere to help moderate climate change. This post explores how oyster aquaculture uniquely contributes to healthier shorelines and cleaner water while offering a truly sustainable product. The LOC Event Horizon: This wild oyster reef is on the edge of the Lynnhaven Oyster Club farm Oysters Build Natural Coastal Defenses Oyster reefs act as natural barriers that protect shorelines from erosion and storm damage. These reefs form dense clusters of oyster shells that absorb wave energy, reducing the impact of storms and rising tides. Unlike man-made structures, oyster reefs grow and repair themselves over time, making them a sustainable solution for coastal protection. Oyster reefs can reduce wave energy by up to 76%, according to environmental studies. They help stabilize sediments, preventing the loss of valuable coastal land. Healthy oyster populations can buffer communities from flooding during extreme weather events. This natural defense is especially important as coastal communities prepare for increases in frequency and intensity of storms. Coastal areas with restored oyster reefs show greater resilience, protecting both ecosystems, local economies and human settlements. Oysters Clean Water and Support Marine Life Oysters are natural water filters. A single oyster can filter up to 50 gallons of water per day by removing algae, sediment, and pollutants. This filtration improves water clarity and quality, which benefits other marine species and supports biodiversity. Oyster filtration reduces harmful algal blooms that can poison fish and shellfish. Cleaner water supports seagrass beds, which are vital habitats for many fish and invertebrates. Oyster reefs provide shelter and breeding grounds for a variety of marine animals, including crabs , fish , and shrimp . By improving water quality, oysters help maintain balanced ecosystems that sustain fisheries and recreational activities. This makes oyster restoration a win-win for both the environment and coastal communities. The sun sets over the Eastern Branch of the Lynnhaven River, casting a golden glow on the Lynnhaven Oyster Club farm, where oysters play their vital role as environmental superheroes. Oysters Capture Carbon and Reduce Climate Impact One of the most exciting discoveries is oysters’ role in carbon capture. As oysters grow, they build their shells from calcium carbonate, which locks away carbon dioxide. This process helps reduce greenhouse gases that traps heat in our atmosphere. Oyster reefs store carbon in their shells and surrounding sediments. Restoring oyster habitats can sequester significant amounts of carbon over time. Healthy oyster populations contribute to blue carbon ecosystems, alongside mangroves and seagrasses. Scientists estimate that oyster reefs can capture carbon at rates comparable to some forests. This makes oyster restoration a valuable tool in carbon emission mitigation. Supporting Oyster Restoration: If you are an oyster enthusiast, supporting local oyster restoration is one way to make a difference. Oyster restoration projects are underway in many coastal regions worldwide. These efforts involve planting oyster larvae on suitable substrates to rebuild reefs and improve ecosystem health. Communities, scientists, and policymakers work together to protect oyster habitats from pollution, over harvesting, and habitat loss. Our local Lynnhaven River Now organization has many oyster restoration programs worthy of support. The Chesapeake Bay Foundation's oyster alliance is a group of academic and industry partners that work together on a variety of restoration initiatives. If you happen to also enjoy eating oysters, support local oyster aquaculture growers and you will 2-10X your impact. This is because all of the environmental benefits mentioned above are supercharged on aquaculture farms. Here's how: This picture demonstrates how aquaculture practices contributes to wild oyster population growth: by providing much needed surface area for wild oyster larvae to "strike". Bottom line: aquaculture gear and the oysters grown in them, are a catalyst for increased wild oyster populations. The farm raised oyster shown above has become host to 10 wild oysters. After serving the farmed oyster at the LOC raw bar, 10 wild oysters will be returned to the water to grow, breed and further contribute to the wild oyster population. Supporting aquaculture takes pressure off natural oyster populations allowing them to grow without harvest pressure. As pictured, while growing aquaculture oysters, wild oysters populations are increased. The increased surface area provided by farms essentially acts as a wild oyster nursery, providing optimal landing zones for young oysters. These natives are culled and released to the wild during routine grow out, harvest and post event shell recycling efforts. By supporting aquaculture, the economic incentive for additional market growth compels growers to expand and new growers to launch their own farms which in turn, compounds the environmental benefits of the industry.