A major grant from the U.S. Fish and Wildlife Service (USFWS) will enable a New England research partnership to dramatically expand a revolutionary new migration tracking system across New England. The three-year, Competitive State Wildlife Grant of $998,000 will be matched by $355,500 in private funds.
The New Hampshire Fish and Game Department is the lead agency for this collaborative project; partner agencies include the Maine Department of Inland Fisheries and Wildlife, the Massachusetts Division of Fisheries & Wildlife, and the Pennsylvania Game Commission. Non-governmental partners include New Hampshire Audubon, Maine Audubon, Massachusetts Audubon, Carnegie Museum of Natural History’s Powdermill Nature Reserve, and Willistown [PA] Conservation Trust.
The grant will enable project partners to establish 50 automated telemetry receiving stations in Connecticut, Maine, Massachusetts, New Hampshire, Rhode Island, and Vermont. These receivers can track movements of birds, bats and even large insects tagged with radio transmitters called nanotags — so named because they are tiny enough to be placed on migrating animals as small as monarch butterflies and dragonflies. The receiver array will be part of the rapidly expanding Motus Wildlife Tracking System (motus.org), established in 2013 by Bird Studies Canada. Taking its name from the Latin word for movement, the Motus network currently includes nearly 900 receiving stations around the world.
Together, the combination of highly miniaturized transmitters — some weighing just 1/200th of an ounce — and a growing global receiver array enables scientists to track migrants previously too small and delicate to tag with traditional transmitters. This technology is revolutionizing migration research by documenting the travels of individual birds, such as a gray-cheeked thrush that made a remarkable 46-hour, 2,200-mile non-stop flight from Colombia to Ontario.
In addition to significantly increasing the telemetry infrastructure across the Northeast, the new USFWS grant specifically targets several species of greatest conservation need in New England. New Hampshire Audubon biologists will use the smallest nanotags to track fall movements of monarch butterflies, which have suffered large population declines. The tracking information will help to identify target areas for habitat improvement, such as planting fall-blooming nectar sources to support migrating monarchs. Researchers from Massachusetts Audubon and the Massachusetts Division of Fisheries & Wildlife will use nanotag transmitters to study the migration routes, timing, and behavior of American Kestrels, the region’s smallest falcon and a bird that has experienced drastic and largely unexplained declines across New England. Finally, researchers will also conduct field tests to better understand the detection limits for newly developed transmitters and receivers.
While the grant focuses on a few target species, the value of the expanded receiver network has much broader implications. Any nanotagged animal that flies within nine or 10 miles of any of the receivers will be automatically documented. A receiving station installed in Dixville, NH to monitor rusty blackbird activity detected several shorebirds migrating from Churchill, Manitoba and James Bay, Ontario to the Atlantic coast in 2019.
“New Hampshire’s Wildlife Action Plan identifies dozens of migratory birds, bats, and insects as Species of Greatest Conservation Need”, said Michael Marchand, supervisor of the Nongame & Endangered Wildlife Program, NH Fish and Game Department. “Conserving these species requires knowledge of how they use and move through New Hampshire’s landscape, as well as across other political boundaries. Information gathered from this new technology, coupled with other ongoing research and conservation efforts, will be important in implementing effective conservation measures for these species.”
“This project is important because never before have we had the technology to see intimate details of an individual species’ migratory pathway in this way,” said Doug Bechtel, president of New Hampshire Audubon. “Motus technology and this particularly dense array that will be constructed in New England, especially in conjunction with the expansion in the mid-Atlantic states, will enable conservation organizations, industry leaders and legislative decision-makers to see how habitats are being used on a landscape level and make associated conservation decisions based on near real-time data.”
Project Leader: Carol Foss, Ph.D.
Motus Wildlife Tracking System website
Massabesic Tower – see the detections picked up by our Motus tower, and discover what is flying by!
Motus network detects “our” Rusty Blackbirds heading north! (by Carol Foss) New Hampshire eBird received scattered Rusty Blackbird sightings in March and is receiving almost daily reports in April, but
Diane De Luca, a seasoned member of the Conservation Department, made her way to NH Audubon after working on Seabird Restoration off the coast of Maine and teaching ornithology at
The placement of tiny nanotags on migrating monarch butterflies is part of the larger Motus Project, a global migration tracking system that NH Audubon and many partners are expanding in
Educator Slater Roosa releases a Monarch Butterfly during the ongoing Motus tagging project. The tower in the background picks up signals from tagged Monarchs as we participate in this global
(by Pam Hunt) If there is a New Hampshire bird species that more people have heard than seen it is the whip-poor-will, and its distinctive call can elicit a variety
What’s pinging the tower? One of the really fun things we get to do now that we have a Motus receiving station at Massabesic Center, is to check and see
Photos, from the top: Rusty Blackbird with Motus nanotag attached, by Carol Foss; Monarch Butterfly with nanotag attached, by Grace Pitman; Motus tower in the north country, by Carol Foss.
