The NOAA Office for Coastal Management is accepting applications for the Digital Coast Fellowship. Three fellowship opportunities will be available in 2016. This two-year opportunity starts in August 2016, and offers a competitive salary, medical benefits, and travel and relocation expense reimbursement.
This program’s mission, modeled after the Coastal Management fellowship, is to provide on-the-job education and training opportunities in coastal resource management and policy for postgraduate students and to provide project assistance to Digital Coast Partnership organizations.
New Jersey Sea Grant Consortium’s Dr. Michael Schwebel will present at the coastal resiliency symposium “Strengthening the Jersey Shore” on March 29. The symposium is co-organized by the Monmouth-Ocean Development Council and Mott MacDonald. It will be hosted by New Jersey Natural Gas at their headquarters in Wall, N.J.
Schwebel is the Community Resilience and Climate Adaptation Specialist for the New Jersey Sea Grant Consortium and Monmouth University’s Urban Coast Institute. At the symposium, he will discuss his work helping shore area towns become better prepared for major coastal storms, sea level rise and other impacts of climate change. The workshop will also include another member of the NJSGC staff, Dr. Amy Williams. Williams is a post-doctoral associate at Stevens Institute of Technology. Dr. Williams will contribute to a panel discussion entitled “How does Winter Storm Jonas serve as a reminder to increase coastal resiliency?”
Additional presentations will cover topics including the COP21 climate change summit, adaptation initiatives in the U.S., sea level rise in New Jersey, and preparing for economic and infrastructure disruptions.
The symposium will be held from 8 a.m. to 11:15 a.m. at New Jersey Natural Gas, 1415 Wyckoff Road. Find additional details and registration information here.
Originally appeared in Rutgers Today, Monday, February 22, 2016
By Todd B. Bates
Global sea level rose faster in the 20th century than in any of the 27 previous centuries, according to a Rutgers University-led study published today. Moreover, without global warming, global sea level would have risen by less than half the observed 20th century increase and might even have fallen. Instead, global sea level rose by about 14 centimeters, or 5.5 inches, from 1900 to 2000. That’s a substantial increase, especially for vulnerable, low-lying coastal areas.
The research was funded by the National Science Foundation, the National Oceanic and Atmospheric Administration, the New Jersey Sea Grant Consortium, the Strategic Environmental Research and Development Group, the U.K. National Environmental Research Council, the Royal Society, and Harvard University. Read More …
Dr. Michael Schwebel will serve among a select group of expert panelists in “The Shore’s Future: Living with Storms and Sea Level Rise,” a two-day conference sponsored by the Institute on Science for Global Policy from Nov. 20-21 in Toms River.
ABOARD THE OCEAN EXPLORER, in the Atlantic Ocean east of Shark River — As a complement of anglers reeled in black sea bass from the ocean floor this summer, a New Jersey Sea Grant Consortium-assembled cadre worked to tag and release undersized fish with the bends.
Mike Danko, the NJSGC marine recreation extension agent for fisheries and boating, assembled a team consisting of two scientists from NOAA James J. Howard Marine Sciences Laboratory at Fort Hancock and from the American Littoral Society.
They were out on the 100-foot charter to identify fish with barotrauma, — commonly known as the bends — tag them and return them to the ocean floor via a descending device. More importantly, they were there to educate fisherman about barotrauma.
“We had informal discussions with approximately half of the customers on the way out to the fishing spot,” Danko said. “Slightly more than half of the people we talked with aboard the Ocean Explorer did not know what barotrauma is, but they all indicated they would be willing to use or try a descending device to increase survival rate of fish suffering from the condition.” Read More …
GALLOWAY — The levels of ocean acid are higher along the coastal waters of the Mid-Atlantic and Northeast than they are in along southern Atlantic coasts, which puts one of New Jersey’s growing industries at risk.
That’s a concern of regional marine scientists and other stakeholders across the Mid-Atlantic, who want to pull together to create a team to study and address the problem.
“We need to pull together in order to find solutions that reduce the impacts of ocean acidification on our ecosystems and shellfish industry,” said Dr. Peter Rowe, NJSGC’s director of research and extension.
They gathered at Stockton University in August for a discussion — organized in part by the New Jersey Sea Grant Consortium —with experts and stakeholders about the current state of New Jersey’s coastal waters and what threats OA, as it is called, poses to the Mid-Atlantic.
As oceans become more acidic, the nutrients available to shellfish become sparse. They can’t grow shells, or their shells become too weak.
The destructive potential for OA, as it is called, is a huge problem for the shellfish industry in the Northwest.
Between 2005 and 2009 shellfish production collapsed by 80 percent, according to a PBS report. In Washington State the industry is worth $270 million and employs thousands of people.
Daniel Cohen theowner of Atlantic Capes Fisheries, said that the Pacific Ocean acidification brought the indutry to its knees. Oysterman were hauling in 600 to 700 bushels of oysters with a value of $60 million, but that dropped to zero, he said.
“Research on ocean acidification and shellfish is just beginning here in New Jersey, and there are no indications of a serious problem at this time,” said Lisa Calvo, the New Jersey Sea Grant aquaculture specialist.
In New Jersey, shellfish harvesting has grown from $98.65 million in 2003 to $159 million in 2012, according to NOAA figures. And commercial fishing in general employed more than 50,000 people in 2012, and was worth $2.87 billion across all sectors.
Beyond the economic benefits of shellfish, they are critical to the environment.
To that end, several environmental groups have been working to rebuild shellfish reefs in Barnegat Bay, and the state Senate has approved a law that would open closed waters in Raritan and Sandy Hook bays to rebuilding oyster reefs for research purposes. The law has not passed the Legislature because a similar law has not yet recieved approval in the General Assembly.
And, Calvo, at the Rutgers Haskin Shellfish Laboratory, coordinates Project PORTS, or Promoting Oyster Restorarion Through Schools, which is an effort to build an artificial oyster reef in protected Delaware Bay waters.
“Oysters are filter feeders, they consume phytoplankton from the water and as they filter their food from the water they improve water quality. This is one of the most important ecological services that oysters provide,” Calvo explained. “ Additionally oysters form reefs as generations of oysters settle on one another. The oyster reefs serve as important habitat for many fish species and crabs.”
Update 7/19/2016: There is now an updated version of the Dune Manual available at njseagrant.org/dunemanual
FORT HANCOCK — Backed up by the latest research, best practices for dune restoration have changed dramatically in 30 years, which is why the New Jersey Sea Grant Consortium and its partners wants the Jersey Shore to Dune it Right.
The last manual providing instructions about how to restore dune ecology was published by the USDA Plant Materials Center in the 1980s, and much of that advice is obsolete.
At the time, the key to dune restoration was American beachgrass.
“We see people planting Ammophila breviligulata — beachgrass — everywhere,” said Dr. Louise Wooton, of Georgian Court University at a recent outreach workshop on dune restoration and storm surge.
Beachgrass is still vital to dunes, but more emphasis is being placed on the diversity of plant species, but also of the grass itself. Nearly all the grass in dune restorations is from one Cape Cod-based variety, according to research by Dr. Michael Peek . Researchers say that needs to change if the dunes are to become more resilient.
With support from the NOAA National Sea Grant Office, New Jersey Sea Grant Consortium and its partners are correcting and updating those instructions through the Dune it Right Manual, published on njseagrant.org.
Dr. Amy Williams of Stevens Institute of Technology will present Dune it Right at the American Shore & Beach Preservation Association later this month. Click here to learn more.
The manual is a living document written by researchers and extension agents at William Paterson University, Stevens Institute of Technology, Georgian Court University — all NJSCG members — and USDA Natural Resources Conservation Service Plant Materials Center at Cape May who have had dune and beach research funded by the consortium.
Coastal experts wrapped-up a round of workshops aimed at developing an understanding of storm surges and dune restorations last month. The latest round was the second time this year that workshops were held to publicize the dune manual and update stakeholders about the latest best practices and research in dune management and restoration.
Here’s a breakdown of some recommendations:
Don’t plant beachgrass in rows, attempt to plant in circles instead.
Try to plant beachgrass
Know the habitats: Dune ecology changes rapidly going inland. What one species likes on the primary dune, isn’t necessarily going to work for them on a secondary dune.
In built out communities, treat yards and garden spaces as secondary dunes or maritime forests, and select native plant species that thrive in back dune environments.
Make dunes diverse environments. Don’t just plant one species of plant.
The first round in the spring were aimed specifically at government officials who might be managing public dune restorations. seminars were held in each of the state’s four coastal counties.
The second round, one held in Cape May and the second held in Surf City on Long Beach Island were open to the general public.
Dunes, and their protective power, were proven to be a vital assest to beach communities during the onslaught of Hurricane Sandy. Communities without dune protection, by and large, fared much worse if they had no protection. The protective power of dunes is, in part, why dunes and beaches are considered to be the Garden State’s most valuable ecosystem.
Intense development along the Jersey Shore and the heavy use of the beaches by humans has reduced most of the dunes and the ecological services they provide, especially wrack lines, secondary dunes and maritime forests.
This has been done to make the beach “clean” and easy to access, experts said.
State and federal parks and reserves, and a few communities like Avalon in Cape May County Bradley Beach in Monmouth County are exceptions.
“Bradley Beach made a committment in the 1980s to build dunes,” Wooton told the crowd at Long Beach Island. “For 30 years, without any major storms they may have looked pretty silly, but than Sandy hit and they don’t look silly anymore.”
The Dune It Right manual can be downloaded at by clicking here.
New Jersey Sea Grant Consortium and North Atlantic Regional Team, or NART, will host an ocean and coastal acidification workshop August 11 for stakeholders in the Garden State.
This event is hosted by Stockton University, and is supported by NOAA James J. Howard Marine Sciences Laboratory, Rutgers’ Haskin Shellfish Research Laboratory and Aquaculture Innovation Center, and Delaware Sea Grant.
Who: Peter Rowe of the New Jersey Sea Grant Consortium, which is sponsoring the event; Wei Jun Cai of the University of Delaware; Beth Phelan of the National Marine Fisheries Service, Sandy Hook Lab, NJ; Judy Weis of Rutgers University; Daniel Cohen and Peter Hughes of Atlantic Capes Fisheries; Interim Dean Peter Straub of Stockton University’s School of Natural Sciences and Mathematics.
What: Ocean and Coastal Acidification Workshop – an opportunity to hear more about ongoing research into the impact of ocean acidification, which has hit West Coast fisheries hard and could become a threat to New Jersey’s industry.
Shellfish harvesting in New Jersey has grown from $98.65 million in 2003 to $159 million in 2012, according to NOAA figures. Commercial fishing in general employed more than 50,000 people in 2012, and was worth $2.87 billion across all sectors.
Oceans become more acidic as the water absorbs more and more carbon dioxide, which strips the oceans of carbonate, a key shell-building nutrient.
“Research on ocean acidification and shellfish is just beginning here in New Jersey, and there are no indications of a serious problem at this time,” said Lisa Calvo, the New Jersey Sea Grant aquaculture specialist. “The question of how OA affects these industries is something that the workshop is meant to address,” along with environmental impacts.
When: Tuesday, Aug. 11 from 11 a.m. – 4 p.m. Detailed agenda attached.
Where: The Board of Trustees Conference Room, Campus Center, Stockton University, 101 Vera King Farris Drive, Galloway, N.J.
Multimedia: The event will have photography and video opportunities.
Media Access: For information, wi-fi accounts or other help on the day of the event, please call Maryjane Briant at 609-652-4593 or 609-335-3859.
The purpose of this workshop is for stakeholders — fishing, aquaculture, water quality and marine resources management and other non-governmental organization officials — to become better informed about ocean acidification. Scientists and officials want to learn from the stakeholders so they can develop an implementation plan for addressing ocean and coastal acidification in the Northeast.
Get 20 facts about ocean acidification, click here.
The day will include an overview presentation on the state of the science of ocean and coastal acidification, presentations from local industry representatives, and breakout sessions to hear more about changes you are seeing on the water, and on what issues and problems scientists and officials should focus their attention in the near future.
The workshop is free, but space is limited to the first 50 people who register. To register, please fill out the below. Read More …
The Nurture Nature Center-led researchers, which included investigators from Rutgers University Jacques Cousteau National Estuarine Research Reserve and East Carolina University, were one of 10 teams awarded grants through the Coastal Storm Awareness Program, or CSAP, administered by Sea Grant programs in New Jersey, New York and Connecticut. And they are one of three teams administered directly by NJSGC.
“This project was needed because so many people failed to heed evacuation mandates and pleas despite the accuracy of the Superstorm Sandy forecast.” said Dr. Peter Rowe, the NJSGC director of research and the principal investigator for New Jersey’s component of CSAP. “These research projects examine different angles of three main questions: how do we improve storm warnings, through what channels do people receive those messages, and how to people make their decisions to act in response to storm warnings. The Nurture Nature Center really dug into the first question by examining how storm warnings are communicated.”
FORT HANCOCK — Michael Schwebel has joined New Jersey Sea Grant Consortium and Monmouth University’s Urban Coast Institute as their community resilience and climate change adaptation specialist. The position, created by the partners following Superstorm Sandy, aims to increase the resilience of New Jersey’s coastal communities to future storms, flooding and the impacts of climate change.
“I look forward to sharing innovative approaches and unique knowledge and expertise to help communities plan and become better prepared,” he said. Read More …
