Insights

Protecting Forests and Livelihoods

Dicken Crane was destined to become a conservationist. “I was born into it,” he says. “My great-grandfather’s grandfather came to Dalton to build a paper mill. The original incentive to acquire land was to protect the watershed that provided hydropower to run the mills. My great-grandfather and other family members were interested in the agricultural, forestry, and wildlife benefits that came from protecting the watershed, and that tradition continues four generations later.”

A woodland owner hosts a walk with the Woodlands Partnership where he has worked to plan for and adopt sustainable management practices for his forest. Photo by Lisa Hayden.

Today Crane owns and manages a thousand acres of forestland and 200 acres of farmland, including Holiday Brook Farm, a diversified farm in Dalton, Massachusetts. He also serves as board chair of the Woodlands Partnership of Northwest Massachusetts, a Regional Conservation Partnership (RCP) encompassing 21 towns in the northwest corner of the state.

“Northwest Massachusetts is a very forested region, and it’s identified as a priority in both the State Forest Action Plan and federally recognized as an important area,” says Lisa Hayden, administrative agent for the Partnership, which began in 2013 as an advisory committee focused on forest conservation. At the time, the U.S. Forest Service was considering expanding Vermont’s Green Mountain National Forest into the Commonwealth.

“The region has many towns with more than 50% state-owned land, so it didn’t seem like a good idea to add more state land,” says Crane. “And there was a lot of concern over the viability of the small towns and a decline in the rural, natural resource-based economies. The sustainability was in jeopardy.”

In 2018, the organization became a legal entity under the name “Mohawk Trail Woodlands Partnership.” The New England Forestry Foundation currently serves as both a fiscal sponsor and administrator overseeing daily operations in support of the 30-member board, which includes representatives from municipalities, land trusts, regional planning agencies, economic development groups, UMass, and other organizations.

“When you attend our board meetings, it’s a group of local people who are very familiar with the towns; the job opportunities; the challenges, particularly in rural towns, to provide services—schools, fire services, ambulance services. Those are things that the local community understands in a way that some outside group just wouldn’t know. That’s the benefit of having a board made up of local people who intrinsically understand what’s going on,” says Crane.

In 2022, the board voted unanimously to change its name to the Woodlands Partnership of Northwest Massachusetts in response to concerns that the former name was both inaccurate (the Mohawk historically lived in what is now New York state) and “contributing to making local Indigenous folks seem more invisible.” They also expanded board membership to include Indigenous representation from the Ohketeau Cultural Center, a Nipmuc-centered, multi-tribal organization based in Ashfield. Rhonda Anderson, a Native Alaskan who grew up in northwest Massachusetts and currently serves as Western Massachusetts Commissioner on Indian Affairs, is the first Indigenous representative on the Partnership board.

“Rhonda has been a wonderful addition, helping to raise Indigenous issues of concern,” Hayden says. The Partnership has hosted walks led by Nipmuc leaders who discuss Indigenous knowledge and identify plants that are sacred to local Indigenous peoples alongside foresters who bring a more Western perspective to forest management. “It’s been a really interesting dialogue,” she says.

Thanks to support from a Forest Service grant focused on riparian restoration, parents, students, and neighbors gather at Buckland-Shelburne Elementary School to plant trees. Photo by Lisa Hayden.

The Partnership’s mission includes land conservation as well as municipal financial sustainability, rural economic development, and education and outreach goals. “The forest economy is an important part of the Partnership’s mission, making sure we have local jobs that are natural resource-based,” says Hayden.

“Rural sustainability will promote conservation,” Crane adds. “If that landscape is seen and recognized as valuable by the community, there is an incentive to conserve it.”

One of the Partnership’s priorities is to reform the Payments in Lieu of Taxes or PILOT program whereby the State reimburses municipalities for lost tax revenue. The current model, which is based on real estate values, favors more densely populated urban communities over rural ones and does not take into consideration the outdoor recreational opportunities and ecosystem services, such as carbon storage, clean water, and clean air, that forests provide.

“The rest of the state benefits from our lack of development. We have an intact forested landscape that provides all sorts of ecosystem services to the entire region, but it’s sort of at our expense because of the lack of development,” Crane says.

RCPs like the Woodlands Partnership bring communities together to address these types of regional issues. For example, the Forest Service’s Forest Legacy Program, which supports forest conservation, is now available to private landowners throughout the region thanks to the Partnership. And participating towns can apply for grants for everything from planting trees and restoring riparian habitat to improving public safety services.

“We’ve had great participation in a state-run grant program specifically aimed at the Partnership region where towns can apply for up to $25,000 for an annual grant for specific local needs,” Hayden says. “Emergency services is one of those concerns regionally, so we’re trying to help and fill gaps.”

Community members attend a recent forest walk focused on habitat restoration in Savoy, MA, co-hosted by the Dept. of Conservation & Recreation and the Woodlands Partnership. Photo by Kate Conlin.

The Partnership is also helping towns and forest managers adapt to climate change, including through a collaboration with the Northern Institute of Applied Climate Science, an arm of the Forest Service that helps forest managers develop resilience plans for the long term. The Woodlands Partnership also worked with Mass Audubon and other partners to create The Forest Center.org, a website packed with resources related to climate change, forest stewardship, and planning. It also includes Indigenous perspectives, which are often omitted from such documents.

For Crane, education is the most important benefit of being a member of the Partnership. “There’s a counterintuitive nature to nature,” Crane says. “Getting people to really understand why we’re doing what we’re doing is gonna take a lot of work. As much as it is our responsibility to protect the landscape, it is our responsibility to deal with the problems we have brought to the landscape.”

“I think that’s a strength of regionalism and the RCP concept; land trusts working together to do ever bigger and more impactful things,” Hayden says. “That’s one of the benefits of this Partnership as well. Voices can be amplified when you have your neighboring communities that are facing the same situation speaking up together.”

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Regional Initiative Conserves Connected Landscapes  

“There certainly needs to be more action at the larger scale, but some of the biggest needs and opportunities are at the local level.”

Mikael Cetjin, SCI Regional Coordinator  

When it comes to the Staying Connected Initiative, the “think globally, act locally” motto fits.  

SCI works with RCPs and other partners to conserve the 80-million-acre Northern Appalachian-Acadian region. Photo by Jeff Lougee. 

An international partnership with more than 70 partner organizations, the Staying Connected Initiative, or SCI, works to conserve and restore landscape connectivity across the roughly 80-million-acre Northern Appalachian-Acadian region of the northeastern United States and southeastern Canada. The cross-border coalition, which spans six states and three provinces, involves a breadth of stakeholders, from local communities and land trusts to state and federal wildlife and transportation agencies. The results are adding up, says The Nature Conservancy’s Mikael Cejtin, SCI regional coordinator. 

“We work with a lot of different partners at multiple scales,” he says. “We find as many opportunities as we can to leverage and support the work of organizations that are already out there doing the work on the ground.” While The Nature Conservancy (TNC) is the primary fiscal sponsor and coordinator of SCI, the partnership is supported and co-led by multiple partners who contribute funding and staff time.  

SCI partners gather for an international summit in Montreal. 

With the devastating impacts of a warming planet and biodiversity loss becoming ever more apparent, individuals can often feel impotent and frustrated. But within a coalition like SCI and the many Regional Conservation Partnerships (RCPs) working at smaller scales, the average person can have the biggest impact by going local, Cejtin says. The actions of both community-based and regional land trusts working with municipal land-use boards all add up to meaningful impacts for wildlife and our future.  

“The challenges are huge. There certainly needs to be more action at the larger scale, but some of the biggest needs and opportunities are at the local level,” he says. “I work on a local conservation commission; so many important decisions are made at that scale. It’s where the rubber meets the road.”  

It can be hard for people to wrap their minds around something as complex as global climate change. “It is important and usually easier to engage people around what matters to them locally,” Cejtin says. Yet SCI’s goal is also to “inspire communities to see themselves as part of a bigger network and vision.” One step above conservation commissions and below the much larger SCI, RCPs help local boards and land trusts coordinate their activities for wider impact.  

The Berkshire Wildlife Linkage Partnership, for example, covers the Green Mountains to Hudson Highlands Linkage, an SCI priority linkage area for continental-scale connectivity for one of the most complex and varied habitats in southern New England. This interstate, interconnected, and sparsely developed region is “an irreplaceable link in the Appalachian Mountain chain of the Eastern United States,” according to TNC’s website. SCI partners have been working with municipalities and regional planning organizations within the Berkshire Wildlife Linkage Partnership to obtain competitive federal funding to repair and replace undersized culverts so that both water and wildlife can better pass safely.  

Cejtin says these are long term cost-saving measures for communities. “People see the storms getting worse; they see all the flooding happening. We need to speak the language of economics and insurance.”   

It is vital for conservationists to show communities that conservation can help solve the real-world problems they are facing. “Intact forests provide free water purification, free air conditioning, and downstream protection from flooding and erosion,” Cejtin says. Rural communities across the region also depend on unfragmented forests and connected habitat for hunting, fishing, forestry, and outdoor recreation-based tourism.  

SCI partners also seek to help fulfill “30X30” policy commitments to protect and steward 30% of lands and waters by the year 2030 at different scales and in different landscapes. Cejtin says that securing connected networks of habitat and protected areas is critical for biodiversity conservation and climate adaptation in urban to rural landscapes, and that the urgency to act is now. Heeding their own call to action, this past June, SCI and its partners convened a landscape connectivity “summit” that drew high-level attention and many enthusiastic attendees.  

While some species like moose and lynx need big, wild landscapes to survive, many other species, like turtles and salamanders, require habitat connections on a smaller scale and some wildlife can travel through more developed areas. “We need connected landscapes on multiple scales,” says Cejtin. “Even if you live in New Haven, Conn., your forests ultimately connect to these linkages. You’re still contributing to this larger vision. The beauty of connectivity is that it naturally makes you think of how your land connects with the neighbor’s land, the neighboring town’s land, and so on. Everything that everyone’s doing everywhere does make a difference.”  

The SCI website provides resources to assist its member RCPs and others, including a library, technical and scientific documents, sample zoning language, story maps, and case studies featuring examples of completed partner projects to enhance connectivity at both local and regional scales.  

For more information about the Staying Connected Initiative, contact Mikael Cejtin at mikael.cejtin@tnc.org

  

  

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It’s Time to Address Mental Health Impacts of Climate Change

The impacts of climate change are being felt worldwide as record heat waves, drought, floods, and more intense hurricanes devastate communities and livelihoods, placing additional burdens on emergency response agencies. Yet these agencies often provide little or no mental health support for people affected by such natural disasters, says Autumn Carson, Highstead Communications Associate, in her recent master’s thesis. And while conversations about the effects of the climate crisis on human health are growing, she writes, “there is a startling lack of policy or adaptation strategies addressing the role of climate change and its impacts on human mental health and psychological health.”

Autumn Carson

Carson, who recently earned a master of natural resources degree from Virginia Tech University’s Center for Leadership in Global Sustainability, shared her research findings, recommendations, and reasons for delving into a topic with scant scholarly research.

A 2022 report by the Intergovernmental Panel on Climate Change revealed that rapidly increasing climate change poses a rising threat to mental health and psychosocial well-being, from emotional distress to anxiety, depression, grief, and suicidal ideation.

“I’m convinced this is going to be a growing topic of conversation as climate change becomes more and more disruptive to our everyday lives,” says Carson. While physical injuries and mortality rates often receive the most attention and aid funds, her research revealed the number of people who experience mental health issues due to a natural disaster often outweighs those with physical injuries by 40:1. Following climate-related events, mental health problems increase among both people with no history of mental illness and those at risk, she says.

These days, terms like eco-anxiety, eco-grief, green depression, and climate anxiety are being used to describe the impacts of climate change on the human psyche. However, a 2021 survey conducted by the World Health Organization found that only nine of 95 countries surveyed had national health and climate change plans that included mental health and psychosocial support.

Carson wants to change that. She proposes creating a new federal agency, the Department of Climate Psycho-Social Health Services (DCPHS), because, she says, “this is only going to become an increasing issue. Climate change will only invade and disrupt our lives more and more.” The agency could serve as the host organization for all state-specific behavioral and psychosocial programs, plans, and strategies. Federal funds could be used to work with existing state programs and to help develop strategies in states that don’t have them. The DCPHS could be responsible for developing standards for all statewide climate-psychosocial programs and conducting reviews at least every five years to ensure programs maintain those standards.

She proposes that DCPHS partner with the Federal Emergency Management Agency to train, equip, and deploy emergency-certified mental health professionals to areas grappling with natural disasters and/or severe climate events. DCPHS would also allocate federal funds to train first responders and other key community members, starting with cities and counties most vulnerable to climate risks.

Following Her Heart

As a passionate environmentalist and mental health advocate, Carson realized there was minimal research on the intersection of mental health and the environment, despite their interconnectedness.

 “I was hungry for more, but there wasn’t more for me to get,” says Carson, who co-hosts a mental health podcast and has had her own struggles with mental illness. As a young Black woman, she’s acutely aware of the disparities within the U.S. mental healthcare system and the stigma around mental illness, especially in communities of color. “During my sophomore year of college, I had my first panic attack and couldn’t understand what was going on with me. I thought I was dying,” she says. “Growing up, mental health just wasn’t something that was talked about, and when it was, it was in a very taboo way. This is not an uncommon experience, especially for people of color and men.”

A study published by the Journal of Health of Social Behavior revealed that more than one out of every three people don’t want to be friends or neighbors with someone who has a mental illness, and nearly 70 percent of people don’t want someone with a mental illness to marry into their family, Carson writes.

Taboo keeps people from self-reporting mental illness, and the infrastructure isn’t in place to report on the mental health impacts of climate change, she says. “In order for there to be self-reporting, there has to be self-awareness, and self-awareness is more of a challenge when you aren’t equipped with the relevant knowledge, tools, or language from a young age.” While climate change impacts everyone, it disproportionately affects communities of color – the very communities most likely not to have mental health treatment due to a lack of access, stigma, or both.

According to data from the U.S. Centers for Disease Control and Prevention, one in five Americans is diagnosed with a mental illness, which is likely a conservative statistic due to underreporting. And 53% of those who are diagnosed did not receive treatment within the past year, according to a Substance Abuse and Mental Health Services Administration survey.

Case Studies

Through her research, Carson identified three communities that provided mental health support following climate-related disasters. By training community members to provide psychosocial support to survivors of such disasters, Puerto Rico, Nebraska, and Southern California communities developed multiple relevant, adaptable, culturally informed psychosocial resilience strategies to serve their residents.

These examples suggest that addressing the mental health effects of climate change is necessary and possible. She says in 10, 15, or 20 years, “we will be grateful that we established a federal program like this to handle this new issue for which there’s no existing department. I don’t think it’s as long of a shot as I originally thought. As time goes on, this will be a glaring issue, and relevant policies and strategies will need to be established.”

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Small state, big progress – Rhode Island Woodland Partnership Reaches Goals

The Rhode Island Woodland Partnership (RIWP) is getting things done across the state. It owes much of its success to having clearly defined conservation goals in the partnership’s strategic plan and inviting partners to participate in the ways they can. In recent years, they’ve adopted the Forestry for Birds model founded in Vermont, worked toward establishing a state Forest Conservation Commission, and helped bring significant attention to the need to consider forests in renewable energy siting. The partnership also works on the Forest Legacy Program and RI Forest Health Works Project to identify high conservation value forests and work with private landowners on succession planning.  

RIWP members gathered for a summer field tour of the Burrillville Land Trust’s Edward D. Vock Conservation Area in Burrillville, Rhode Island. Photo Credit: RI Woodland Partnership 

The Rhode Island Regional Conservation Partnership (RCP), established in 2013, meets monthly to ensure programs and funding sources are in place to conserve forests, says co-coordinator Kate Sayles, executive director of the Rhode Island Land Trust Council. Creating a structure that does not require a financial or time commitment from partners allows the partnership to be large and diverse, adds co-coordinator Christopher Riely, a forest specialist and research associate in the Department of Natural Resources Science at the University of Rhode Island.  

Monthly meetings are generally held at the same time and week in the month, and attendance is optional. “Whoever is represented is who is represented. We have people who come every month and some people who drop in every once in a while. That makes it easier for people to participate,” Sayles says. “It’s a true partnership. Everyone who is a member is playing a role in forest conservation in Rhode Island in one way or another.” 

Many of the professional members devote a small fraction of their work time to participating in RIWP activities. Some devote significant time to advancing RIWP initiatives through their positions with member organizations or independent work. 

Forestry for Rhode Island Birds 

Forestry for the Birds addresses threatened forest bird populations by educating landowners and natural resources professionals on the benefits of managing their land for forest-dependent bird species. “Once you bring birds into it, people get excited,” Sayles says.  

Woodland Partnership leaders, with the help of ornithologists from the University of Rhode Island, the Rhode Island Bird Atlas 2.0, the North American Breeding Bird Survey, and the Audubon Society of Rhode Island, identified priority bird species that nest, feed, and breed in forests. They called them Rhode Island’s Birder’s Dozen. These 12 species were selected because they are simple to identify by sight or sound; collectively use a wide range of forest types and conditions for feeding and breeding; are showing a decline in their global breeding populations or are at risk of decline; and are supported by large tracts of contiguous forest.  

The program created two guides with information on the targeted birds and where they live and provided information about restoring and enhancing the habitat of forest-dependent birds. Organizers held workshops to train landowners and foresters on these techniques to help them make stewardship and management decisions. They created demonstration sites throughout Rhode Island. While helping these birds, Sayles says the program increases private landowner engagement in bird-friendly land management plans and plants the conservation seed. Private landowners may be more motivated to conserve their forests in perpetuity after observing their forests’ role in providing essential bird habitats.  

“We need a mosaic of habitat type to be able to reflect the needs of many different animal species,” Sayles says.  

RIWP members met for a winter field tour. They learned about a slash wall built to protect regeneration at the RI Forest Conservator’s Organization’s Merriman Demonstration Woodlot in Foster, Rhode Island. Photo Credit: Christopher Riely 

Forest Conservation Commission  

Partnership members worked with Rhode Island state legislators to adopt a Forest Conservation Act in 2019, which led to the creation of a state Forest Conservation Commission in 2021. Riely and Sayles serve on the commission, along with others from the conservation community, including landowners. 

“We’re working to define Rhode Island’s most important forests. If you want to build resources to preserve forest, you must prioritize,” Riely says. Through the commission, stakeholders share information and coordinate efforts to increase their overall impact on forest conservation. They’re also working together to identify funding sources for conservation efforts.  

“The whole purpose of the Woodland Partnership is to collaborate and make sure we conserve the forest we have,” Sayles says. Working as a group, “we increase the impact of forest conservation measures.”  

RI Forest Health Works Project 

The grant-funded Rhode Island Health Works Project provides funding for conservation easements that land trusts can use, Sayles says. The $4 million in federal funds from the USDA’s Natural Resources Conservation Service is distributed through the state Department of Environmental Management. They followed the model farmers use for conservation easements and applied it to forests. In the first round of funding, they received 30 applications, Sayles says. This strong level of interest means they’ll likely run out of funding and need to apply for more. 

RI Urban Forest Plan 

The Woodland Partnership prefaces its work with the belief that “forests are important to people, period,” Sayles says. “We’re putting a lot of emphasis on urban forests and making sure people have tree equity.” A new Providence Tree Plan is more community-driven and involves city residents who have historically been excluded from urban forestry efforts. Staff from the Providence Neighborhood Planting Program gave a presentation to the Woodland Partnership, and Riely hopes that leads to an ongoing, mutually beneficial relationship.  

The RIWP’s 2023-25 strategic plan calls for recruiting someone involved in urban forestry work to serve as a third co-coordinator to help strengthen the RIWP’s presence in that area. The goals include serving as a voice for urban woodlands, tapping partners’ expertise for guidance on the care of urban forests, and introducing community groups to the many values that urban forests provide. The plan calls for highlighting and championing efforts that address environmental justice, human health, and other equity issues. The RIWP also actively promotes awareness of climate-smart forest management strategies and helps connect landowners with legacy planning resources.  

Despite all their success, the Woodland Partnership, like many other RCPs, needs more funding for capacity building. It’s an issue the RCP Network is working to address. “As a partnership, we have very limited resources,” Riely says. “Frankly, it would be nice to find more support from the partners to help write a grant to fund a coordinator.”  

Their greatest resource, he says, are the strong relationships they’ve cultivated. Participants take on different roles, depending on their expertise, such as guiding private landowners through legacy planning, raising funds for land conservation, and bringing diversity, equity, and inclusion principles to the natural resources field. Partners are, in fact, the lifeblood of a partnership. 

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Local ‘Ecotype’ Seed Program Takes Root & Helps Meet Demand

Five years of a collective effort to sustainably harvest, propagate, and grow seeds from native plants is bearing fruit. 

Development, mining, overgrazing, climate-change-related extreme weather, and the spread of invasive species have led to rapid declines in native plant populations across the United States, reports the U.S. Bureau of Land Management. Throughout the Northeast, hundreds of native plants are under threat. As more people learn about the importance of native host plants to native pollinators and other wildlife, demand has flourished and outpaced supply. 

Highstead staff collects local seeds from its lands, grows them in its greenhouse, and passes plant plugs onto farmers who grow them for later sale. Photo Credit: Sefra Alexandra

Yet most plants sold as “natives” are not grown from local seeds from the ecoregion – a land or water area with distinctive climate, ecological features, and plant and animal communities – in which they’re being sold. Many come from the Midwest, says Geordie Elkins, executive director of Highstead. A 2018 survey of East Coast native plant and seed users found they source their plants an average of 418 miles away, reports the Mid-Atlantic Regional Seed Bank and the University of Maryland Extension. “Ecotypes are the heirlooms of our pollinators; they are the truly local,  source-identified, and provenanced seeds that are, genetically speaking, the most appropriate for our landscapes, and therefore have the greatest chance of persistence,” says Sefra Alexandra, co-founder of The Ecotype Project, a program to bolster the local native plant supply. Growing the same species from a different ecoregion can be problematic: If, say, a milkweed sourced from Tennessee exhibits a different bloom time than a local variety, this may cause monarch butterflies to stick around and delay their migration trip south, missing the blooming of their host plants as they travel down the coast, she says.

Farmers grow ecotype native plants, such as Joe-pye weed, to ensure conservation groups, homeowners, and nurseries have enough truly local native plants. Photo Credit: Sefra Alexandra

After five years, The Ecotype Project’s strategy to mentor small farmers in ecotypic seed production has spread across Connecticut and the Northeast. It now spans five states – Connecticut, Massachusetts, New Jersey, New York, and Rhode Island. The Ecotype Project, started as an initiative of the Northeast Organic Farming Association of Connecticut (CT NOFA), has been the leading force in training a new cohort of seed farmers in the U.S. Environmental Protection Agency’s classification known as Ecoregion 59 to increase native seeds’ availability. This ecoregion includes most of Connecticut, Rhode Island, and parts of Massachusetts, New Hampshire, and southern Maine. 

Fifteen farmers are growing 50 different native species in this seed-production pipeline. These seeds are sold through the farmer-led Northeast Seed Collective, and plugs are now available at partner wholesale and retail nurseries so homeowners, conservation groups, and others trying to plant for pollinators can buy these local pollinator plants.  Farmers interested in getting involved should contact the Northeast Seed Collective, which sells ecotypic seeds through its website. 

Local Seed Sourcing

Locally sourced native seeds and plants are scarce and outstripped by ever-increasing demand. But the region’s conservation lands, such as Highstead, host vibrant native plant populations. Highstead and regional partners are part of a national and global effort to sustainably collect, propagate, and increase the amount of ecotypic restoration seed for local land use needs, Alexandra says. The U.S. Bureau of Land Management established a National Seed Strategy for Rehabilitation and Restoration, to provide the USA with a template to build regional seed networks.

The Bureau of Land Management, the largest federal land manager in the U.S., oversees about one-tenth of the country’s land, mostly in the West and Midwest, but very little in the Northeast, Elkins says. So, it fell to private conservation nonprofit organizations to take the lead. 

Highstead is part of this farmer-led seed collective, a regional movement to harvest and grow native plant seeds that are just right for the wildlife that depends on them. Scientists, conservationists, home gardeners, and farmers are collaborating to increase the number of region-specific, ecotype plants that have co-evolved with and support the region’s pollinators. 

Sefra Alexandra, known as The Seed Huntress and lead of the Ecotype Project, collects ecotypic seed at the seed increase plots of The Hickories, home of the Northeast Seed Collective. Photo Credit: Sefra Alexandra

Highstead is one of several conservation sites participating in the effort, and staff harvests native seeds from its conservation lands and helps to clean, stratify, and grow starter plugs that can then be shared with farmers to grow large enough for sale. Elkins and the Highstead team advised on protocols for how and when to harvest seeds without negatively impacting the wild populations, including the steps of collecting, germ testing, drying, cleaning,  storing, and propagation.  

“Seed is this vital natural resource. We want to make sure seed collectors have permission and are trained in best practices such as knowing to harvest a certain percentage of a wild population to safeguard these vital natural resources in our fragmented landscapes,” Alexandra says.

“The Ecotype Project created a model to increase the ecotypic seed supply of genetically appropriate plant material vital to the ecological restoration of the Northeast. Farmers know how to grow plants; our project has mentored this cohort to understand the benefits of producing this specialty seed crop on their land,” she says. Increasing native plant diversity on farms increases the presence of beneficial insects and decreases the presence of pests, she says, which is an organic approach to pest management.

“Pollinators are ensuring the future viability of our foodshed and agrarian livelihoods,” adds Dina Brewster, former executive director of CT NOFA and The Ecotype Project co-founder. One major challenge ecotypic seed advocates face is getting the quantity of quality native seeds needed, says Brewster, owner of The Hickories farm in Ridgefield, Connecticut, and fellow Northeast Seed Network steering committee member with Elkins and Alexandra.

Spreading to Land Trusts

Head farmer, Jean Linville, who is part of the seed increase plots at The Hickories, cleans seed for future sale through the Northeast Seed Collective. Photo Credit: Sefra Alexandra 

Some land trust staff and volunteers are being trained in how to sustainably harvest seeds from their properties so they can be grown for later planting on the land trusts’ property to combat invasive plants, says Mary Ellen Lemay, director of landowner engagement for the Aspetuck Land Trust in Westport, Connecticut. Land trusts are propagating trees, shrubs, and perennials, she says. Elkins and Brewster collected white oak acorns from Aspetuck’s property, and they are growing seedlings.  

“This is kind of a new direction for land trusts to really think about themselves as being the keeper of the seeds,” Lemay says. “The preserved land is the most resilient. It has species you sometimes don’t find in other places.” In a few years, once the seedlings have grown, land trust staff and volunteers plan to plant them in urban forests in nearby Bridgeport. 

In addition to the trees, Highstead staff is propagating grasses, milkweed, and several additional perennials that land trust volunteers plan to plant on Aspetuck preserves. While they’re growing, Aspetuck’s land stewardship director is leading teams of volunteers to remove invasives from along Aspetuck’s trails, she says. In the past few years, the Aspetuck Land Trust has bought ecotype plants from Planter’s Choice wholesale nursery, and volunteer crews have planted them into an area where they had removed invasives.  

One of the greatest tools of resilience in the ecological restorationist’s toolbox is using genetically appropriate, ecotypic plant material for reseeding the living seed bank, the soil, with plants that will survive and thrive,  Alexandra says. The motto of the national native seed movement is, “Put the right plants in the right place at the right time.” 

Consumers can help encourage nurseries to sell native ecotypes by asking, “Do you have any plants grown from locally provenanced seed?” Alexandra suggests. “Together we can help to fortify seed sheds by promoting plant material from a seed collected, grown, and sold in your local ecoregion.”

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Spending Time in the Sun & Collecting Dragonfly Data

For the past dozen years, from spring through fall, dragonfly researcher John McLeran has been hiking Highstead’s meadows and grounds on sunny days. He’s not just enjoying the peace of being in nature; he’s collecting data by counting dragonflies and damselflies. While walking the trails from the field to the pond, he has three spots where he stops to count dragonflies and damselflies. Part of the Odonata order, aquatic insects are older than dinosaurs and are considered indicators of water quality and environmental health.

Highstead Pond in summer

“It gives me such pleasure. I’ve been going to Highstead, partly because it’s so beautiful,” the Redding resident says. Dragonflies fascinate him. “Their amazing flight patterns – they fly backwards, straight up, and can turn on a dime. NASA studies their wing patterns.”

While McLeran says his sample is too small to draw any scientific conclusions about dragonfly habitat on Highstead’s property, his 12 years of observational data show that some species of dragonflies consistently live at Highstead – the widow skimmer, common green darner, Eastern pondhawk, blue dasher, slaty skimmer, Eastern amberwing, and others. He spotted others only in 2014, never seen since – common spreadwing, calico pennant, lillypad forktail, swamp spreadwing, and dragonhunter.

He observed two other species earlier in his Highstead visits, Carolina saddlebags, and black saddlebags, but hasn’t seen the former since 2015 and the latter since 2018. On the other hand, he has spotted some species that are recent arrivals to Highstead – the great blue skimmer (2020, 2022,) skimming bluet (2021, 2022,) and a darner variety (2022) that he suspects is a harlequin.

Blue dasher (Pachydiplax longipennis)

There are at least 158 species of dragonflies and damselflies in Connecticut, he says. McLeran has observed 36 of those species at Highstead. People can observe about a third with their eyes or binoculars. Another third can be caught, captured, observed under a magnifying glass, and let go. The other third needs to be looked at under a microscope for identification. For the sake of the dragonflies, McLeran says he only counts the charismatic insects he can identify without capture. His long-term observations are recorded in the Connecticut Museum of Natural History database at UConn.

When he takes his dragonfly census, he visits Highstead for about two to three hours on a sunny day when the dragonflies are out hunting for food. Dragonflies like to bask in the sun in the morning to absorb heat, like turtles and snakes. He sees some dragonflies near the pond and others in the meadow. “My sample is so small; I might only find a dozen species. Of those, four or five will be dominant,” he says. “I might see 10 or 12 different individuals of the same species.” His census is part of an ongoing population study in partnership with Highstead Senior Ecologist Ed Faison.

Common whitetail (Plathemis lydia)

While he doesn’t know why, there are several species he has started seeing again in recent years following a five- or six-year gap. But since the years of the gap were not uniform, it’s impossible to draw any conclusions, says the semi-retired McLeran, who works as a part-time land manager for the Redding Land Trust and Town of Redding. He recorded the common whitetail, Eastern forktail, and common baskettail in 2013 and didn’t see the whitetail and forktail until 2019 and the baskettail until 2018. But he saw both every year after that reappearance up to and including 2022.

Dragonflies spend 80% of their lifespan underwater, he says. It’s only when they emerge in the spring or summer that they fly around. Most dragonflies don’t migrate because it’s too cold for them to move, he says, but the green darner is one exception.

For those looking to spot dragonflies, “generally speaking, a pond is going to give you the best diversity, especially if you’re limited on time,” McLeran says. “Shallow, weedy ponds are popular dragonfly habitats.”

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The History and Restoration of The Blackstone River

Flowing for 48 miles through Worcester, Massachusetts, and ending in Pawtucket, Rhode Island, the Blackstone River, originally known as Kittacuck by the Nipmuc people and Mishkittakooksepe by the Narragansett people, is located in the traditional, ancestral, unceded territory of the Narragansett, Nipmuc, Pokanoket, and Wampanoag Nations. As the longest freshwater tributary in Narragansett Bay, the watershed includes 1,300 acres of lakes, ponds, and reservoirs and provides habitat for nearly 40 species of freshwater fish and more than 200 species of birds.

At first glance, the freshwater biome appears fairly unassuming, but upon closer inspection and further research, you’ll find that it’s rich in both history and biodiversity. During the Blackstone’s journey from Massachusetts to Rhode Island, it drops 438 feet, at a little over 9½ feet per mile. Due to its steady decline, the river was seen as a great source of hydropower, and in 1793, it fueled the first water-powered, cotton-spinning mill. By the mid-1800s, the river and its tributaries were home to over 100 mills, and it was dammed nearly every mile for its natural power. The industrialization and construction of nearly 40 dams (19 remain) on the river’s primary stream altered the hydrology and ecology of the river and its watershed. This impacted both the aquatic organisms and the people who depend on it.

Pictured below are the last two dams on the river, Main Street Dam & Slater Mill Dam.

Starting in 2019, the Narragansett Bay Estuary Program (NBEP) hosted local outreach meetings with various universities, organizations, tribes, non-profits, watershed groups, and municipalities across the Blackstone watershed. The goal was to better understand the needs and priorities of the watershed and its surrounding communities and identify what role NBEP could play in helping meet those needs. After two years, NBEP released the Blackstone River Watershed Needs Assessment Report, highlighting 20 high-priority actions; the partners identified the number one priority as establishing a watershed collaborative group to improve capacity and work together on priority actions. From this, the Blackstone Watershed Collaborative (BWC) was born.

“There was a general appreciation for the abundance of passionate people and organizations doing work in the area, but before the collaborative was formed, everyone was focused on their own thing without seeing the bigger picture,” says BWC Program Manager Stefanie Covino. Since the collaboration formed, the BWC has focused on capacity building and supporting other organizations in the community and joined the Regional Conservation Partnership Network in 2023. 

A kayaker holding an invasive water chestnut during BWC’s participation in an invasive plant control event.

One of the Collaborative’s projects prioritizes ecological and cultural restoration of the watershed, working to increase fish passage over its four lowest dams. In 2021, BWC received the Watershed Implementation Program grant through the Southeast New England Program (SNEP). Working toward three main goals, BWC is using the funds to support the restoration of migratory fish species on the river through public engagement, highlighting indigenous communities’ connection to the river and fish passage, and hosting a dam removal conference and training session. While it’s unlikely all four dams will be removed, efforts are underway to design and install a fishway to route species around the dams and increase migratory fish species, including shad, herring, and American eel. To date, The Nature Conservancy has received a grant to pursue a design for increased fish passage over two of the dams.

Building on their collaborative success, the partner organizations are moving up the river this year, exploring options to increase fish passage over the remaining two dams. Even amid the victories they’ve worked for, Covino says it’s important not to lose sight of the ‘what’ and the ‘why.’ “This work and all its victories are built upon decades of dedication and resilience of so many people and will continue through future generations until ecological and cultural restoration has been achieved.”

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Bird-Friendly New Haven Partners with Highstead to Grow Native Plants

When Doreen Abubakar brought the Pollinator Pathway initiative to New Haven seven years ago, she wanted to install native plant gardens in underserved neighborhoods to help bees and bring wildlife to communities. The vice president of the Elm City Parks Conservancy was one of the first community leaders to join what has become an international effort to plant native gardens to help pollinators along the Pollinator Pathway.

Teenagers learned how to harvest native plant seeds from Highstead.
Photo Credit: Community Placemaking Engagement Network (CPEN)

Founder and executive director of the Community Placemaking Engagement Network, (CPEN,) the long-time New Haven leader faced multiple challenges. “Native plants are expensive. How are we going to get them into our inner cities? How are we going to create connectivity to nature in underserved urban communities?” she wondered.

That year, she gained access to a vacant city-owned lot along the Farmington Heritage Trail called the Mudhole, which was known as a place for drug dealing and violence. She engaged the help of Pollinator Pathway leader Louise Washer and volunteers from the Darien and Norwalk Pollinator Pathways. She hired local teenagers to help build raised garden beds. CPEN also hosted a workshop about how to grow native plants for pollinators in a milk jug.

CPEN employs local teenagers to help grow native plants.  Here they build raised garden beds for Urbanscapes Nursery in the Newhallville neighborhood of New Haven. Photo Credit: Mary Clay Fields

To solve the problem of providing native plants to low-income residents, Abubakar recently launched the Bird-Friendly New Haven program, partnering with Highstead to learn how to harvest seeds and grow plants from those seeds. Highstead Executive Director Geordie Elkins showed her and about 10 teenagers how to collect seeds in the fall from Highstead’s meadow and propagate them. They planted them in seed trays to be hardened off in the winter and replanted the plugs in larger pots. With the help of a grant, the teenagers earned $15 an hour.

“When you work in an underserved neighborhood, you need to be able to pay minimum wage,” she says. The teens learned a skill and attained gardening knowledge, got paid, and gained confidence in their abilities. “I raised three boys myself. Lots of negative things get said about African American young men,” she says. With all the options these teens face, she says, she’s glad they’re able to learn and observe how plants grow and evolve. A generous donor paid for the teens to visit the New York Botanical Garden, providing them with another learning experience.

Mirroring the Pollinator Pathway initiative’s partnership concept, CPEN’s Bird-Friendly New Haven program is partnering with Audubon Connecticut, New Haven’s Pollinator Pathway, and the New Haven Neighborhood Housing Services, as well as Highstead. High school students spent five months planting, watering, and nurturing the plants. This spring and summer, teenagers will plant small native plant gardens at people’s homes in Newhallville and three other underserved neighborhoods. Abubakar is coordinating with other environmental groups, the New Haven Neighborhood Housing Services, and city officials to eventually plant natives citywide.

“Being able to propagate the seeds has made all the difference,” she says. “We’ve been able to bring butterflies and nature to the neighborhood.”

The teens are also learning to build planters out of recycled wood that they plan to sell to raise money for the program. Bird-Friendly New Haven is partnering with Sherwin Williams to buy stain at a discount, she says.

Doreen Abubakar, founder and director of CPEN, left, works with Pollinator Pathway volunteers to lay out a site for growing native plants along the Farmington Heritage Trail. Photo Credit: Mary Clay Fields

When rain gardens were installed in New Haven neighborhoods to address water runoff, one of the first gardens was installed in her Newhallville neighborhood, she says. For the first time, she saw butterflies and birds she hadn’t seen before.

“It only happened because the plants were there. Imagine a kid riding his bike and he sees butterflies or a cluster of birds in the shrubs. It would brighten anybody’s day,” she says. Once she understood what that exposure to nature did for her, she wanted others to have the same experience. “There’s something to capture your attention when you’re down and out. These are things that everybody should be able to enjoy. We’re building a connection to nature.”

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What You Need to Know About the Pesticides Harming Connecticut’s Birds, Bees, Wildlife & People

The most widely used insecticides in the U.S., called neonicotinoids, or “neonics,” are deadly to birds, caterpillars, bees, and butterflies. In hundreds of studies, scientists link neonics to the sharp declines in populations of insects, including bees listed as threatened and endangered. Research also shows neonics harm the heart and brain development of children exposed in the womb, and in adults, lowers testosterone levels and links neonic exposure to liver cancer.

Ruby-throated Hummingbird (Archilochus colubris) approaching a blue lobelia (Lobelia siphilitica). Photo Credit: Glenn Barger

In an effort to educate Connecticut residents about the danger of neonics, Highstead and the Hudson to Housatonic  RCP partner organization, the Pollinator Pathway initiative, co-sponsored a conference on March 11 to educate people about neonics’ danger and environmental harm. The conference, attended by 180 people, was co-led by The Connecticut Audubon Society, Rivers Alliance, and the Connecticut Coalition for Pesticide Reform. 

Neonics have quickly swept one-fourth of the global market since their launch in 1991. Imidacloprid was the first commercially available neonic used to control grubs in turfgrass and is used in hundreds of other products, including insect sprays, seed treatments, soil drenches, tree injections, and ointments to control fleas in dogs and cats. 

Neonics & Human Health

In a 2022 study of 171 pregnant women in the U.S., more than 95% had neonics in their bodies. Neonics behave like endocrine-disrupting compounds, said conference presenter Kathy Nolan, MD, senior research director at Catskill Mountainkeeper and president of the Physicians for Social Responsibility’s New York chapter. Research shows neonics harm the heart and brain development and increase the risk of autism spectrum disorder (ASD) in children exposed to it in utero. During a 10-year period ending in 2019, the Environmental Protection Agency received more than 1,600 reports of people and pets poisoned with the neonic used to kill grubs, with symptoms including muscle tremors, difficulty breathing, and memory loss.

Drinking water contamination exposes people and pets to neonics, given that conventional water treatment generally fails to remove neonics, Nolan said. Neonics are soluble in water, so people ingest them when eating food treated with neonics, she said. Almost 90% of drinking water contains neonics unless it has been charcoal filtered. The pesticide remains in the environment for up to 15 years, hollowing out ecosystems with its toxicity, Nolan said. 

Neonics are synthetic nicotine compounds, and studies show they cause similar harm as nicotine, said conference presenter John F. Tooker, professor and extension specialist, Department of Entomology at Penn State University.

Maternal nicotine use disrupts developing fetus’ neurotransmitters, leading to birth defects and congenital abnormalities such as cleft lips and brain damage, Nolan said. “The developing embryo and fetus [exposed to neonics] cannot adapt. The miracle of normal development requires cell-to-cell communications.” 

The U.S. Centers for Disease Control says half of Americans are exposed to neonics on any given day. Neonics exposure has been linked to: birth defects in the heart and brain; autism-like symptoms; decreased sperm quantity and quality; decreased testosterone; and altered insulin regulation and changes in fat metabolism, Nolan said. 

American Goldfinch (Spinus tristis).

While scientists say more research needs to be done on neonics’ effects on humans, scientists look at how neonics affect other mammals for insights. For example, hunters noticed jaw deformities and genital abnormalities in deer that scientists believe come from exposure to neonics. Researchers in South Dakota did a study giving deer increasing amounts of neonics in their water. While even the control group wasn’t intentionally given neonics, the deer had neonics in their blood. “We don’t know where they’re getting their neonics,” Nolan said. As neonic exposure increased, offspring decreased in size, survival rate, and overall health, and the number of abnormalities increased. “There seemed to be bioaccumulation,” Nolan said.  

Neonics Banned in Europe

Based on the risk assessment by the European Food Safety Authority in 2018, the European Union has prohibited all outdoor use of three types of neonics with a few exceptions, mainly due to their risks to non-target organisms, especially pollinators, an Environment International article reports. One square foot of grass treated with neonics at U.S. Environmental Protection Agency-approved levels contains enough neonics to kill 1 million bees, reports the National Resources Defense Council (NRDC). Yet, the EPA recently affirmed its designation of coated seeds as “treated articles,” which exempts them from pesticide regulation, reports the Xerces Society.

Bumble bee on coneflower (Echinacea).

Neonics get into the streams and rivers through runoff “and kill the building blocks of all our ecosystems. They don’t stay in one place. They can be taken up into a plant,” said Louise Washer, co-founder of the Pollinator Pathway and president of the Norwalk River Watershed Association in an interview. Neonics kill aquatic insects that serve as food for frogs, fish, bats, bees, butterflies, and other pollinators, she said. When plants take up neonics, the pesticide is transported to all the tissues, including the leaves, flowers, roots, stems, pollen and nectar, which makes them deadly for caterpillars, the birds that eat the caterpillars, and bees. 

The increase in neonic use has led to reductions in bird biodiversity, particularly grassland birds and birds that eat insects, with the average annual population reduction rates at 4% and 3%, respectively, reports a 2020 paper in Nature Sustainability. When calculating population declines on future population growth, grassland bird populations are shrinking by 12% and insect-eating birds by 5%. Just one seed coated with neonics is enough to kill a songbird, she said. 

Because 95% of the neonics end up in the soil and water, bees sipping from puddles where neonics have been used will die, said conference presenter Louis Robert, retired agronomist and grain crop specialist for the Ministry of Agriculture, Food and Fisheries of the Province of Quebec. Publicly funded research published in Plos One in 2020 showed no increase in crop yield from insecticide-coated seeds in 84 field crop trials, Robert said. 

Monarch Caterpillar (Danaus plexippus) on milkweed leaf.

Strength in Numbers

The Connecticut state legislature’s Environmental Committee is considering a bill, SB 190, in which the pesticide reform coalition seeks to limit the use of neonics on trees and shrubs except when there is an environmental emergency, such as an invasive insect pest, and neonics are deemed the only way to address it.  Similar efforts that have passed in Maine, Maryland, Nevada, New Jersey, and, New York and are underway in Vermont and Massachusetts.

Washer worked with other environmentally minded organizations to form the coalition to educate the public and legislators about neonics’ environmental and public health harms.  To learn from others in nearby states that have passed restrictions, Washer reached out to Daniel Raichel, director of pollinators & pesticides at the NRDC. Raichel helped lead the charge in New York state to ban neonics. 

Neonics do not stay on the grubs they’re intended to kill and end up in drinking and groundwater. The percentage of neonics found in drinking and groundwater in the U.S. varies from study to study, with amounts ranging from about 63% to 96% of drinking water samples conducted from 2017 to 2021. Testing of the Norwalk River found 30 pesticides, 19 of which are harmful to aquatic life, including the neonic imidacloprid used to kill grubs, Washer said. The USDA began pesticide monitoring of raw intake and finished drinking water in 2001 and ended the program in 2013 due to financial constraints. 

Neonics end up in our food, environment, and bodies multiple ways – through the spray application on lawns and ornamental landscaping, on agricultural plants, and through neonic-coated seeds. Unless they’re organic, the seeds planted to grow corn in Connecticut are coated with neonics. More than 800 million corn seeds are planted each year; the plant only takes up 1-5% of the poison, while 95% ends up in the soil and water, Tooker said. Multiple studies, including a 2020 Cornell University study, concluded that neonic treated corn, soy, and wheat seeds provide “no overall net income benefits” to farmers. 

“We’re hollowing out the whole ecosystem of the river so we don’t have a few brown patches on lawns?” Washer said. “There’s really no argument for neonics.”

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Making the Case for Forests as a Natural Climate Solution

At their November 3, 2021, meeting, Northeast Forest Network (NFN) members expressed unanimous support for promoting all five separate but complementary pathways for increasing the climate benefit of New England’s Forests described in the then soon-to-be-released report, New England’s Climate Imperative: Our Forests as a Natural Climate Solution (Meyer et al. 2022). Network members learned New England forests already absorb 14% of CO2 emissions. That number could increase to 21% of current emissions by 2050 by adopting these five pathways: avoided deforestation, wildland reserves, improved forest management, mass timber construction, and urban and suburban forests.

Later in 2023, after the public release of the Forests as a Natural Climate Solution report, Highstead worked with marketing consultant Water Words That Work and one of the report’s principal co-authors, Kavita Kapur Macleod, to develop a set of talking points that would help NFN members advance calls to action involving one or more pathways. The talking points within refer to the potential impacts of each of the five pathways, not only for the region as a whole but also by state (unavailable in the 2022 report). Furthermore, this set of talking points uses more accessible language and units of measure, including cars removed from the road, than were described in the Climate Imperative report. For the full breakdown of the calculations used for these talking points, please click here to view the spreadsheet.

NFN members hope the talking points and calculations spreadsheet will help anyone seeking to make a more compelling case for why we need to keep forests as forests, designate more wildland reserves, normalize climate-informed forest management, build more buildings with wood, and better care for and protect our urban and suburban trees and forests from development.

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