Explore New Jersey’s Wetlands!

By: Kelly Triece, Wildlife Biologist

Photo Credit: Brian Zarate, NJ Division of Fish and Wildlife
Photo Credit: Brian Zarate, NJ Division of Fish and Wildlife

Wetlands are important because they are part of New Jersey’s water resources and are vital to the health of our waterways. Although historically underappreciated, wetlands provide many environmental benefits such as filtering pollutants, storing floodwaters and serving as carbon sinks. New Jersey is comprised of a multitude of wetland types, including freshwater swamps, bogs, fens as well as estuarine and tidal marshes.

 
Many threatened and endangered species in New Jersey depend directly on wetlands, including the small and elusive bog turtle (Glyptemys muhlenbergii)! Bog turtles spend their entire lives in mossy bogs, wet meadows or stream fed seeps. They fed mostly on invertebrates, seeds, berries and carrion. Bog turtles are important members of their ecosystem because they help recycle nutrients, keep insect populations in check, and serve as indicators of wetland function and water quality. This tiny turtle and other wetland species are often victims of habitat loss and fragmentation, so protection of our precious wetlands is important to the long term vitality of many wildlife populations!

 
Millions of citizens enjoy their local wetlands every year through recreational uses provided by photography, hiking, fishing, canoeing and more! Did you know New Jersey is home to over 900,000 acres of wetlands? Get out and explore today!

 

Learn more:

 

Kelly Triece is a Wildlife Biologist for Conserve Wildlife Foundation of New Jersey.

 

 

Restoring Critical Wildlife Habitat in Delaware Bay

By: Lindsay McNamara, Communications Coordinator

Photo by Jan Van der Kam
Photo by Jan Van der Kam

Did you know?

Each spring New Jersey hosts the largest concentration of shorebirds in North America! From about the first week in May to the second week in June, the biggest gathering of horseshoe crabs in the world comes to Delaware Bay to spawn.

 

At the same time, hundreds of thousands of shorebirds arrive on the Bayshore to refuel on horseshoe crab eggs at a critical stopover during their migration. Delaware Bay is an extremely important area for a number of at-risk wildlife, including Red Knots and Horseshoe Crabs.

 

American Littoral Society and Conserve Wildlife Foundation are restoring this significant habitat in the aftermath of Hurricane Sandy. Learn more about our restoration work on our newly created project website: www.RestoreNJBayshore.org.

 

Learn more:

Lindsay McNamara is the Communications Coordinator for Conserve Wildlife Foundation of New Jersey.

Protecting Eastern Tiger Salamanders in New Jersey

 

By: Lindsay McNamara, Communications CoordinatorETS close_up_12.2014

Conserve Wildlife Foundation proudly partners with Atlantic City Electric to help protect New Jersey’s rarest amphibian, the Eastern Tiger Salamander. The survival of Eastern Tiger Salamanders is threatened by sea level rise, over-development of critical habitat and climate change.

 

We are working together to build a vernal pool along a portion of Atlantic City Electric’s transmission right-of-way in Cape May County. Vernal pools hold water in the winter and spring, but dry out during the summer months. Since fish cannot live in vernal pools, salamander eggs are not in danger of being eaten. We are hopeful that these ideal breeding conditions will aid Eastern Tiger Salamander recovery over time.

 

Last Friday, Conserve Wildlife Foundation biologists and other state biologists took Eastern Tiger Salamander egg masses from a productive pool and placed them into the new vernal pools.

CM_KD_release_1
Christine Melillo, Pepco Holdings and NJDEP Division of Land Use Regulation biologist Karena Dileo moving salamander egg masses.

 

Learn more:

Lindsay McNamara is the Communications Coordinator for Conserve Wildlife Foundation of New Jersey.

 

Fight for the Flight: Monarch Butterfly Status Under Review

By: Julianne Maksym, Intern 

[youtube=https://www.youtube.com/watch?v=uxIf3YleztI]
A monarch butterfly emerges from a chrysalis in the wild. (Courtesy: US Fish & Wildlife Service)

As the summer leaves turn brown and children head back to school, flutters of black and orange wings flitter through the skies over the beaches in Cape May. As part of its yearly migration from Canada to Mexico, the monarch butterfly passes through New Jersey in search of a warmer climate for the blistery cold winter months. Multiple generations make the trek, leaving in the fall and returning in late spring.

 

During the summer months, the monarch can be found throughout the United States where milkweed, the species’ host plant, is plentiful. Milkweed provides nutrients to hungry caterpillars as well as space for mature females to lay their eggs. Although an adult monarch may lay up to 500 eggs in its lifetime, it has now been discovered fewer and fewer butterflies make the migration each year.

 

Losses of habitat and milkweed plants, the insect’s sole food source, are having tremendously devastating effects. According to a petition from butterfly advocates, the North American population has declined by more than 90 percent based on comparisons of the most recent population size estimates to the 20-year average. Numbers of monarch butterflies east of the Rockies dropped to the lowest record ever, signifying a decline of more than 90% since 1995. Monarch numbers west of the Rockies showed a similar decline of more than 50% since 1997. These figures suggest a significant predicament as the North American population represents the vast majority of all monarchs in the world. Without it, the entire species is vulnerable to extinction.

 

On December 29th, 2014, the U.S. Fish and Wildlife Service announced it would be conducting a status review of the monarch butterfly under the Endangered Species Act (ESA). The Service has reason to believe a listing may be necessary due to considerable evidence from a petition submitted by the Center for Biological Diversity, the Center for Food Safety, the Xerces Society for Invertebrate Conservation and Dr. Lincoln Brower. The petition stated that habitat destruction and loss of milkweed due to pesticide use are two of the most contributing factors to the declining monarch population. Other factors include disease and predation, overutilization for commercial purposes, and lack of existing conservation procedures.

 

To begin the status review, the Service is requesting scientific and commercial data and other information through a 60-day public information period. The Service is specifically seeking information regarding the following:

  • Subspecies’ biology, range and population trends, habitat requirements, genetics and taxonomy
  • Historical and current range, including distribution patterns
  • Historical and current population levels and current and projected trends;
  • Life history or behavior of the monarch butterfly that has not yet been documented
  • Thermo-tolerance range and microclimate requirements of the monarch butterfly
  • Past and ongoing conservation measures for the subspecies, its habitat or both
  • Factors that are the basis for making a listing determination under section 4(a) of the ESA

 

Starting on December 31, information can be submitted via www.regulations.gov by entering docket number FWS-R3-ES-2014-0056 in the search box and clicking on “Comment Now!” The information collection period will be open until March 2, 2015.

 

Until a decision has been made, take a moment to appreciate the beauty that is the monarch butterfly. Consider planting a few milkweed plants in your garden or speaking out against the overuse of pesticides. As much as the monarch butterfly’s migration is a group effort, the conservation of these beautiful creatures is even more so.

 

Julianne Maksym is a graduate wildlife intern for Conserve Wildlife Foundation of New Jersey.

PIPING PLOVER RESEARCHERS – THE NEXT GENERATION

CWFNJ AND MONMOUTH UNIVERSITY PARTNER IN THE BAHAMAS

By Todd Pover, Beach Nesting Bird Project Manager and Stephanie Egger, Wildlife Biologist

Monmouth University student digging the sediment cores on tidal flat in the Bahamas.
Monmouth University student using a pvc push core to collect sediments on a tidal flat in The Bahamas.

We totally shifted gears for the second half of our week here on Eleuthera, The Bahamas. Piping Plover surveys took a back seat as we focused on working with 20 students from Monmouth University (MU), who were taking part of in a two-week Tropical Island Ecology course during their winter break.

We settled into the Cape Eleuthera Institute, who hosted the students at their world class facilities for an intense (but fun) regimen of hands-on science research, typically marine based, but a Piping Plover unit was added for the MU students. It was particularly exciting to work with the MU students here in the Bahamas because back in New Jersey we have partnered with MU for over ten years on a beach nesting bird internship program during the summer months.

First up was an evening primer for the students on Piping Plovers, including a brief summary of our efforts in NJ on the breeding grounds and recent work by CWFNJ and others on the wintering grounds in the Bahamas. The next morning we were up early to kick off our trial research project; benthic macro-invertebrate sampling at Piping Plover wintering sites in the Bahamas to try to develop an inventory of their potential prey items, and eventually determine what constitutes a highly suitable foraging site. This was spurred, in part, by field observations of tidal flats that appear to be highly suitable, but have no piping plovers present, whereas similar adjacent flats are covered with shorebirds. Perhaps not all flats are created equal and prey availability is the key.

Students collecting and processing the sediment samples as part of research to assess foraging quality.
Students collecting and processing the sediment samples as part of the research to assess foraging quality.

For our field work with the students we chose two sites in Eleuthera where Piping Plovers have been observed; Savannah Sound, a classic low-tide flat in a sheltered area, and Winding Bay, an oceanfront, high-energy beach. The students extracted core sediment samples (20 cm deep) at each site along prescribed transects (10 samples per transect) for two consecutive days. Then it was back to the lab to sift the sand, sort the samples, and identify any invertebrates found. As part of the analysis, the students compared the species abundance and diversity between the two different sites, as well as between different transects within a site.

The results are yet to come and this was just a preliminary test of the methods and logistics involved. We were learning along with the students and while we were happy with the overall outcome, many questions were raised that will have to be addressed if we decide to develop a larger more robust study moving forward. In the meantime, the students got to learn a bit about Piping Plovers in the context of a research project, and inaugurate what we hope is another long-term partnership in the Bahamas.

Back in the lab to identify benthic macro-invertebrates from a Piping Plover foraging site in The Bahamas.
Back in the lab to identify benthic macro-invertebrates from a Piping Plover foraging site in The Bahamas.

A special thanks to the staff at Cape Eleuthera Institute for their hospitality and for letting us be part of their innovative learning experience. Thanks to John Tiedemann and Pedram Daneshgar at Monmouth University for setting the wheels in motion and now helping us implement this partnership. And finally,  “shout-out” to Taylor Rodenberg for stepping up to assist us with the field work – Taylor was one of our MU interns in New Jersey last summer and happened to be one of the students visiting the Bahamas this winter, so she is part of a small group of lucky people to see (and work with) Piping Plovers on both their breeding and wintering grounds!

New Jersey Wildlife Telemetry Study Tracks Bald Eagles on Journeys Across Hemisphere

January 2015 is the Month of the Eagle! CWF is kicking off the new year by celebrating all things eagle. Follow us on social media and be sure to check your email (sign up for our list) for weekly stories on these amazing raptors from our own eagle biologist Larissa Smith. Larissa, a wildlife biologist who has been working for Conserve Wildlife Foundation since 2000, coordinates the New Jersey Bald Eagle Monitoring Project.

Conserve Wildlife Foundation of New Jersey releases results of 2014 State Bald Eagle Report

By: Lindsay McNamara, Communications Coordinator

Photo Credit: Chris Davidson
Photo Credit: Chris Davidson

Conserve Wildlife Foundation of New Jersey (CWF) today released the 2014 Bald Eagle Report, highlighting the number of nesting pairs, active nests and nest productivity for the raptors throughout New Jersey with data collected by New Jersey Department of Environmental Protection Division of Fish and Wildlife biologists, CWFNJ biologists and dedicated volunteers.

 

Two young bald eagles were fitted with GPS tracking devices (wearable backpacks) in Summer 2014 to conduct a telemetry study to better understand raptor behavior. View the complete Bald Eagle Project Report online. ENSP biologists chose one eagle from Atlantic County (a male nicknamed “Nacote”) and one from Cumberland County (a female nicknamed “Millville”) to be tagged in this telemetry study.

 

Nacote was in Canada until mid-October when he started heading south. He visited Six Flags Great Adventure in December and for the past two weeks, he has been residing in northeast Atlantic County, especially Edwin B. Forsythe National Wildlife Refuge. Millville ventured out to Delaware Bay marshes in late July and back in early August. In mid-September, she crossed the Delaware River into Delaware and then spent most of September along the Chesapeake Bay in Maryland before crossing over to Virginia.

 

“Tracking these young eagles is giving us insight into where the birds go once they fledge and the type of habitat they are using,” explained Conserve Wildlife Foundation Wildlife Biologist and Volunteer Manager Larissa Smith. “Unfortunately, we recently learned that the female was found dead in Delaware. The first year of life is tough for young eagles as they learn to survive on their own.”

 

2014 Eagle Report

The federal government removed the bald eagle from its list of Endangered Species in August of 2007, but the bald eagle’s official New Jersey status remains state-endangered for the breeding season and state-threatened for the non-breeding season. The Division of Fish and Wildlife’s Endangered and Nongame Species Program (ENSP) bald eagle recovery efforts, implemented in the early 1980’s, have resulted in a steady recovery of New Jersey’s bald eagle population. ENSP biologists, Conserve Wildlife Foundation of New Jersey staff, and volunteer observers continue to locate and monitor bald eagle nests and territories each year to analyze the state of the population.

 

2014 Report Highlights

  • The population of wintering bald eagles has grown along with the nesting population, especially in the last ten years. This growth reflects increasing populations in NJ and the northeast, as each state’s recovery efforts continue to pay off for eagles.
  • This season, 25 new eagle pairs were found.
  • The statewide population increased to 156 pairs (including nesting and territorial) in 2014, up from 148 in 2013.
  • A total of 156 nest sites were monitored during the nesting season, of which 146 were documented to be active (with eggs), up from 119 last year.
  • One hundred fifteen nests (79%) of the 145 known-outcome nests produced 201 young, for a productivity rate of 1.39 young per active and known-outcome nest.
  • The Delaware Bay region remained the state’s eagle stronghold, with 43% of all nests located in Cumberland and Salem counties.
  • 2014 marked the first year of successful eagle nesting in the Palisades Interstate Park in perhaps 100 years.

 

The telemetry study, in tandem with the most recent annual eagle report, has been illuminating.

 

“We are thrilled to have the opportunity to follow these juvenile bald eagles on their forays far from New Jersey,” said David Wheeler, Conserve Wildlife Foundation Executive Director. “With the eagles choosing to fly in completely different directions, it’s a reminder on how much we still have to learn about these fascinating creatures. Yet what is not in doubt is the bald eagle’s continuing recovery from the brink of extinction – thanks largely to the dedicated scientists leading the way.”

 

For maps of the movements of Nacote, updated regularly, visit our Eagle Project page.

Lindsay McNamara is the Communications Coordinator for Conserve Wildlife Foundation of New Jersey.

 

 

 

In Search Of Piping Plovers On Eleuthera

CWF RESEARCHERS EXPAND SURVEYS TO ANOTHER ISLAND IN THE BAHAMAS

By Todd Pover, Beach Nesting Bird Project Manager and Stephanie Egger, Wildlife Biologist

Todd Pover, CWFNJ Biologist,surveying for Piping Plovers during the last bits of daylight.
Todd Pover, CWF Biologist, surveying for Piping Plovers using the final minutes of daylight.

Our experience so far this week in Eleuthera is a reminder why we do so much pre-trip “recon” for our Bahamas Piping Plover Project. Prior to the trip, we poured over Google Earth maps to try to identify the most suitable habitat for plovers. We read (and reread) the report from the 2011 International Piping Plover Census, the last time any significant surveys were conducted here. Finally, we “huddled” with our partners from Monmouth University so they could help us with logistics, as they have a history of marine-based research here.

Without this preparation we would have been ill prepared, of course, but we still faced many challenges right out of the gate. First and foremost, Eleuthera is more than 100 miles long, with two coasts, so covering even a small portion of the island is difficult in a short period of time. Once we decided which sites were the top priority, we quickly found out that reaching those locations is difficult. There are few official signs to the shoreline on the Atlantic side along the one main “highway”, and many of the “roads” are difficult to traverse, even with a 4WD. A number of turnoffs ended as dead ends or too overgrown to continue.

Piping Plover "Gry E4" was banded as a chick at White Point Beach, in Southern Novia.  Scotia in June 2014. Resighted on Spanish Wells and the first time reported after the breeding season.
Piping Plover “Gry E4” was banded as a chick at White Point Beach, southern Nova Scotia in June 2014. Resighted on Spanish Wells and the first time reported after the breeding season.

It also quickly became apparent that Eleuthera’s rocky coast, especially along the western side is not nearly as suitable for piping plovers as we had experienced on earlier trips to Abaco and Grand Bahama. And some of the beaches on the Atlantic side were too narrow to likely support piping plovers. Not surprisingly, the initial day of surveys ended with a lot of lessons learned, but NO piping plovers.

Day Two we took an entirely different tack. We left our vehicle on the mainland and headed out on small ferries to two islands off the northern coast of Eleuthera; Spanish Wells, a residential community with a commercial lobster port and Harbor Island, a resort town known for its famous Pink Sands Beach. Our luck turned around, as we observed 20 piping plovers (with relative ease) including four that were marked with engraved flags that denoted they were Canadian breeders. This was one of the highlights of all our Bahamas trips to date.

We were also able to track the movement of 18 plovers from a high tide roost on the ocean side beach to a low tide flat on the other side of the island as the sun set. From what we learned on Abaco on previous trips to the Bahamas, this type of information is some of the most critical we can collect to help inform future surveys. We definitely earned our celebratory Kaliks that evening!

On the road to nowhere - locating piping plover sites on Eleuthera was a logistic challenge at times.
On the road to nowhere – locating piping plover sites on Eleuthera was a logistic challenge at times.

Our goals for the surveys this week are modest. We are trying to confirm some of the site information our colleagues Pat and Doris Leary gathered during the 2011 International Census, as well as add some additional sites to the survey inventory. We also are trying to visit high value sites, such as Savannah Sound, to determine which tide or portion of the tide is most productive for the surveys. With this information in hand, we hope to do our small part to help make the 2016 International Census next winter the most productive and accurate to date.

New Jersey Ospreys Banded for Scientific Study at All Time High

Conserve Wildlife Foundation of New Jersey Releases Results of 2014 Osprey Report

By: Lindsay McNamara, Communications Coordinator

Three Osprey Young Wearing Red Bands. Photo by Ben Wurst.
Three Osprey Young Wearing Red Bands. Photo by Ben Wurst.

Conserve Wildlife Foundation of New Jersey (CWF) today released the 2014 Osprey Project Report, highlighting the number of nesting pairs, active nests and nest productivity for the raptors throughout New Jersey with data collected by New Jersey Department of Environmental Protection Division of Fish and Wildlife biologists, CWFNJ biologists and dedicated volunteers. A new all-time high number of young osprey were banded for future tracking.

 

“The comeback of these magnificent birds continues to inspire us, especially in combination with the parallel recoveries of bald eagles and peregrine falcons,” said David Wheeler, CWF Executive Director. “Ospreys depend on a strong fish population and healthy waters, so they are a strong indicator of our recovering coastal and inland waters in New Jersey.”

 

To keep track of the health of New Jersey’s osprey population, biologists and volunteers conduct surveys each year. These surveys focus on the most densely populated colonies of nesting ospreys in New Jersey. From the Meadowlands to Cape May and along Delaware Bay, a sample of each area is recorded. The data is used to determine the health of the population. While surveys are conducted, osprey nestlings are also banded with United States Geological Survey (USGS) bird bands for future tracking.

 

2014 Report Highlights:

  • In 2014, 420 active osprey nests were recorded. A total of 25 new nests were recorded this year.
  • With this data and last year’s census, the overall 2014 population is estimated at 567 pairs, up from 542 pairs in 2013.
  • 339 known-outcome nests fledged an average of 2.02 young per active nest, which is a slight increase from 1.92 in 2013.
  • A total of 526 young, a new all-time high, were banded by volunteers and staff with USGS leg bands for future tracking.

 

This season, weather conditions and prey availability were favorable for ospreys. Temperatures and precipitation were both average this summer. A common item in New Jersey osprey diet continues to be Atlantic Menhaden. The productivity of the ospreys is dependent on the health and abundance of coastal fisheries.

 

To help engage citizen scientists for the first time in over 20 years, young ospreys have been marked with an auxiliary color band in New Jersey. The new band, which is a red anodized aluminum rivet band, bears an alpha-numeric code. This coded band allows birders, osprey watchers and wildlife photographers the ability to identify individual birds. This new project, “Project RedBand” is focused on ospreys that nest in the Barnegat Bay watershed from Point Pleasant to Little Egg Harbor.

 

“The use of the auxiliary ‘red bands’ will help us learn a lot about the ecology of ospreys nesting on Barnegat Bay,” stated CWF Habitat Program Manager Ben Wurst. “Project RedBand will also help us engage local communities in osprey conservation and management by encouraging citizens to report re-sightings of banded birds. We are hopeful that this project will instill in New Jersey residents a long lasting appreciation for birds of prey and the habitat they require to survive.”

 

Learn More:

Lindsay McNamara is the Communications Coordinator for Conserve Wildlife Foundation of New Jersey.

 

“New Jersey’s Little Lion”: Biologists Shed Light on Elusive Bobcat

By: David Wheeler, Conserve Wildlife Foundation of New Jersey Executive Director

MountainLionBlog

With our eastern landscape largely devoid of top carnivores, bobcats are a throwback to the wild predators that once ruled our forests. No one understands that better than our partners from the New Jersey Endangered and Nongame Species Program (ENSP). The bobcat was listed as a state endangered species in June 1991, and habitat fragmentation in our densely populated state has made their recovery especially challenging. Biologists Mick Valent and Gretchen Fowles study bobcats in the wild, and here they generously share their insights on this remarkable creature.

 

What do you find most compelling about working with bobcats?

Mick Valent: I have worked with many species during my tenure with the Division of Fish and Wildlife including bald eagles, peregrine falcons, Allegheny woodrats and timber rattlesnakes, to name a few. However, to me, none epitomize the “wild” in wildlife the way that bobcats do. To me, they are the ultimate New Jersey predator – highly adaptive, perfectly camouflaged, keen senses of sight and sound, blazing speed and quickness, razor sharp claws and teeth, and the ability to stalk their prey quietly or overrun them! Fierce and unyielding, when captured, they are truly New Jersey’s little lion!

 

Can you describe the feeling of your first bobcat sighting?

MV: As chance would have it, I went many years without seeing a bobcat in the “wild” in New Jersey – even as the population was apparently increasing. Despite spending many days afield tracking and trapping bobcats, it wasn’t until 2011 that I saw my first bobcat (aside from the ones that I trapped and collared). I was in Allamuchy Township in January of 2011 searching for a suitable area to trap, when an adult bobcat bolted from a pile of tree stumps and logs right in front of me. A perfect spot for a bobcat to seek shelter during the daylight hours. And by the way, we were never able to catch that animal!

 

Are bobcats proving adaptable to New Jersey’s changing landscape and human development?

Gretchen Fowles: Bobcats seem to be increasing in northern New Jersey. In the past couple of years, there have been an increasing number of bobcat sightings south of Route 80 (though still north of Route 78), suggesting that they have been somewhat successful at passing through that tough Route 80 barrier. Our data suggest that bobcats are finding a way to move between core habitat areas in northern New Jersey. We have several males and females that have moved over 30 miles from year to year.

However, major roadways continue to be a problem. We have GPS collar data from a couple of bobcats that indicate that major roadways, such as Routes 80 and 206, seem to be perceived as complete barriers to these animals. The collars recorded movement patterns with location points going right up to and paralleling the road, but not crossing over it. We have been monitoring about 12 crossing structures under major roadways in northern New Jersey that bisect suitable bobcat habitat.

 

What are the worst threats to bobcats in New Jersey?

GF: Habitat fragmentation and roads are the worst threats, and they’re getting worse. A young bobcat was hit by a car and was found on the shoulder of westbound Route 78 last year. So, they are trying to cross that barrier, but are having difficulty doing so. Another bobcat was hit by a car in Parsippany when attempting to cross Route 46. The final quarter of each year, between October and January, tends to be the peak period for bobcat road mortality, and it is important that people report these incidents to the ENSP. We are working on a project called Connecting Habitat Across New Jersey (CHANJ) that is aimed at reconnecting the landscape for terrestrial wildlife, like bobcats.

We have formed a multi-partner, multi-disciplinary working group to inform the development of this statewide connectivity plan that will help target local, regional, and state planning efforts and ultimately reconnect the landscape in New Jersey. We are mapping the core habitat areas in the state as well as the corridors that can serve to connect those areas together, and are working on a Guidance Document that will recommend ways in which those cores and corridors can be made more permeable through targeted land protection, habitat management and restoration, and road mitigation efforts. We are also developing a bobcat recovery plan.

The constant threat from habitat loss and fragmentation, changes in land use, the existence of barriers to free movement between suitable habitats, and automobile collisions on our busy and abundant roadways will likely limit the growth of New Jersey’s bobcat population. It is likely that bobcats will remain only locally abundant in areas of suitable habitat, primarily in the areas north of Interstate Route 80. Whether or not a few animals are successful at crossing our major roadways, they will always pose an impediment to free movement between suitable habitats and will continue to be a source of mortality to the population.

 

What are some of the ways you study bobcats in New Jersey? Are you still using dogs in this work?

GF: We continue to use Bear, a professionally trained working dog for wildlife who is used to locate and alert biologists to bobcat scats, to help us better understand the New Jersey bobcat population. Bear is now about 12 years old, but his nose still works!
DNA can be extracted from sloughed intestinal cells contained in bobcat scat and can provide a wealth of information. DNA analyses of scat, as well as the locations where the scats are found, allow biologists to identify individual animals, their sex and movements. The DNA data from scats and tissue samples that we collect from bobcats killed on the road, accidentally snared, or trapped by ENSP in order to fit with GPS collars, are being fed into analyses that will help use estimate survival rate, population size and structure, and sex ratio.

We also collared three bobcats this past winter near major roadways, and set the collars to collect locations every hour. We are excited to retrieve the data from these collars in a few months to evaluate how those major roadways may be influencing the cats’ activity patterns and determine if, when and where they are crossing them. This information will help validate our CHANJ mapping and inform our Guidance Document.

 

Is the big picture for bobcat populations any different nationally?

GF: A recent national status assessment conducted by the United States Fish and Wildlife Service found that bobcats were generally increasing throughout their North American range. This appears to be holding true in New Jersey in areas where we have suitable habitat that is accessible to the population.

 

Tell me about your most memorable encounter.

MV: My volunteer and I had responded to a call from a trapper who accidentally caught a bobcat in his cable restraint during one of those January cold spells. The bobcat was caught on the bank of a medium-sized stream next to a footbridge. As we approached, the animal was pacing along the stream bank and jumping up on the foot bridge. As my volunteer distracted the animal, I came in from behind and jabbed the cat in the rump with a jab pole loaded with a tranquilizing drug. We immediately backed off to let the drug take effect so we could remove the cable from the animal’s neck. As the drug began to take effect the animal lost the ability to stand and slipped into the water – struggling to stay above the surface.

Without hesitation, we ran back to the stream. My volunteer arrived first, jumped into the frigid, chest-deep water, and grabbed the cat and pulled him to safety. Although the cat was not fully sedated, we were able to wrap him in a dry blanket, remove the snare from his neck and get him into the truck and off to a rehabilitation facility without incident. Everyone survived unscathed – although I’m certain the bobcat was much better prepared for going into the water than we were!

 

Learn more:

 

Why are Science, Technology, Engineering and Mathematics (S.T.E.M.) Important to Wildlife Conservation?

By: Stephanie Feigin, Conserve Wildlife Foundation of New Jersey Wildlife Ecologist

Photo: atlantaschoolguide.com
Photo: atlantaschoolguide.com

S.T.E.M. (Science, Technology, Engineering and Mathematics) education is an important learning tool for today’s students. It encourages critical thinking, problem management skills, and uses real world applications to promote innovation. S.T.E.M. has become a new way to prepare students for the future and help them succeed in this new information-based and highly technological society.

 

As technology continues to become more accessible to the masses and continues to play a major role in the lives of the general public, wildlife conservationists have begun to utilize these innovative advancements to reach new audiences on growing social networking platforms, and educating the public through new technologies on the importance of protecting wildlife.

 

Conserve Wildlife Foundation of New Jersey (CWF) uses new media and technology, such as live webcams and interactive story maps, to educate the public and advance our work to protect New Jersey’s rare wildlife. In an effort to highlight the importance of S.T.E.M. education in the classroom, Conserve Wildlife Foundation has launched a new Species on the Edge 2.0 Multimedia Contest.

 

Species on the Edge 2.0 is the first contest that CWF has specifically designed to focus on S.T.E.M. education. We hope that this focus will engage and teach high school students about science and New Jersey’s rare wildlife, while also capitalizing on students’ fast-growing expertise with technology. This contest invites all New Jersey high school students to submit an original video, application, podcast, digital graphic design, webpage, or other multimedia project showing why wildlife protection is important in New Jersey. The contest is free to enter, with prizes up to $1,000 in scholarship money thanks to our sponsor PSE&G.

 

All Species on the Edge 2.0 Multimedia Contest entries are due before April 30, 2015. For more information and to download your contest kit visit: www.ConserveWildlifeNJ.org/Education/Edge2.0.

 

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The Species on the Edge 2.0 Multimedia Contest expands on the success of Conserve Wildlife Foundation’s existing Species on the Edge Art & Essay Contest for fifth graders. The contest is open to all New Jersey fifth graders in public, private, or home schools. It is a great way to engage and excite students into learning about New Jersey’s over 80 endangered and threatened wildlife species. Educators praise the contest for encompassing inter-disciplinary teaching using science, language arts, computer technology, art, and geography. Judging takes place in March. Winners are notified by the end of April.

 

Entries for the Species on the Edge Art & Essay Contest are due before January 31, 2015. For more information and to download your contest kit visit: http://www.ConserveWildlifeNJ.org/education/edge/.