logo new
Login as: Member Non-Member

Upcoming SWS Webinars

Monthly webinars are offered as a benefit of membership. Once each quarter, in March, June, September and December, the monthly SWS webinar is open for non-members to attend, as well. 

Please login to register

December 13th, 2018 | 3:00 p.m. EST (Note that this webinar time is different than our normal time of 1:00 p.m. EST)

This is one of our quarterly complimentary webinars. Please register below.

Potential climate change impacts on native seeds relative to Phragmites

f 54 19 12626980 GfXELgH6 Wetland picture

Abstract:

The response of seed germination to future climate change scenarios is an important consideration as climate change will likely exacerbate high mortality rates of seeds and seedlings in the field. Evaluating the response of seed germination under various temperature and water regimes will allow for better predictability in restoration outcomes. Great Salt Lake (GSL) wetlands are a critical resource in the Intermountain West and are globally significant for millions of migratory birds that depend on this habitat. Unfortunately, GSL wetlands are threatened by increasing demands on water upstream for development and agriculture, and the proliferation of invasive species as Phragmites that replaces habitat-forming native plants such as bulrushes. Native bulrushes serve as critical food and nesting sources for migratory birds and are target species for GSL wetland restoration. The study aim was to provide a tool to better predict seed germination of Phragmites and native bulrush species from different regions under current and future climate scenarios. We evaluated seed germination response of Phragmites and three species of native bulrushes to four temperature regimes in growth chambers: 23/10° C (present May), 28/14° C (present June), 33/18° C (present July and also June 2070), and 36/20° C (July 2070), and five water potentials (0, -0.15, -0.3, -0.6, and -1.2 MPa). We compared germination response under these controlled conditions to seeds sown in GSL wetlands, where we monitored seedling emergence during June and July 2018. We found some interesting  interactions of temperature and water potential: (1) under the optimal germination temperature for Phragmites, water potential did not matter, (2) bulrush seed germination varied substantially more among the different temperature regimes than did Phragmites, (3) germination lag time was affected more by the water potential change than by temperature for all species, and (4) field germination rates (range 10 - 24%) were lower than germination under simulated climate change conditions in growth chambers. Our findings can support models to organize, interpret, and forecast wetland restoration outcomes, and also it can improve restoration strategies applied in GSL wetlands. This study was part of the SWS Wetland Ambassador fellowship program during summer 2018.

Presenters, Tatiana Lobato de Magalhães and Dr. Karin Kettenring

f 54 4 12626980 DzqV3ggO heatshot Tatiana

Tatiana Lobato de Magalhães

 Kettenring Karen 

Dr. Karin Kettenring

Tatiana Lobato de Magalhães' Bio: Agronomist Engineer, with a Master’s degree in Plant Sciences. Tatiana is currently a Ph.D. candidate in Biological Sciences at the Autonomous University of Queretaro, Mexico.  She carried out her SWS Wetland Ambassador fellowship at Utah State University, U.S.A. in 2018, under the mentorship of Dr. Karin Kettenring. The title of her WA project was “Potential climate change impacts on native seeds relative to invasive Phragmites: implications for Great Salt Lake wetland restoration ”.

Her research interests are broad, but they focus on biodiversity, ecology, genetics, and conservation of freshwater ecosystems. She has been working on large-scale spatial patterns of aquatic plants, combining community and population approaches. She has conducted her graduate research mainly on central Mexico highland sites, where temporary wetlands are part of the landscape and are geographically isolated.

Dr. Karin Kettenring's Bio: Karin is an Associate Professor in the Department of Watershed Sciences at Utah State University and the head of the Wetland Ecology Lab.  

She has a B.A. in biology from Oberlin College. She received her Ph.D. in applied plant sciences from the University of Minnesota where she worked with Dr. Susan Galatowitsch. Her Ph.D. research focused on restoration of sedges in prairie pothole wetlands. She was also a Postdoctoral Fellow with Dr. Dennis Whigham at Smithsonian Environmental Research Center where she studied the invasion of Phragmites australis in Chesapeake Bay tidal wetlands. She has been a faculty member at USU since 2008.

Her current research efforts focus on (1) the ecology, genetics, and management of wetland invaders, (2) seed ecology of native wetlands plants, with implications for wetland revegetation, and (3) restoration genetics for sustainable, functioning wetland restorations.

Register

 

January 17th, 2018 | 1:00 p.m. EST

Enhanced Mapping Tools to Protect and Restore Vermont’s Wetlands

f 54 19 12669089 EXj2w4yt ANR Atlas 

Images of the data available on the ANR Atlas

f 54 19 12669089 n924aa5d MappingReviewImage

NWI+ review image

f 54 19 12669089 8z66Z5vB NWI 16RI

A snippet from the updated Missisquoi watershed NWI+ layer.

f 54 25 12669089 eSb4irCt ANR Atlas Zoom

Images of the mapping tools applied to ID wetland restoration sites

f 54 25 12669089 XaIbPUeM OtterCreekOrtho2015Leicester

A snippet from the updated Missisquoi watershed NWI+ layer

Abstract:

The State of Vermont strives to provide and apply the best mapping tools available to protect and restore wetlands throughout the State. Through the Agency of Natural Resource’s Wetlands Inventory Map the State is able to consolidate and provide these layers to their partners and general public. The base of many of these tools is the jurisdictional layer, the Vermont Significant Wetland Inventory (VSWI), that protects wetlands via GIS mapping derived from the NWI dataset. A supplement to the VSWI is the ever-evolving Wetlands Advisory Layer which is continuously amended with non-jurisdictional mapping data derived from regulatory and non-regulatory boots on the ground work; including NWI+ updates, EPA funded bioassessment monitoring, Natural Heritage cataloguing, Program staff site visits, and other governmental and non-governmental wetland mapping projects. The most recent update to this layer will include an NWI layer update for the Missisquoi River to meet NWI+/LLWW standards. This watershed was targeted for revision since it was understood to be under mapped and due to its diverse landscape and mixed land use history.

Along with these mapping layers, Vermont also has a wetland restoration site prioritization model and associated mapping product to target restoration efforts towards meeting our Lake Champlain phosphorus TMDL goals. The original GIS-based Lake Champlain Wetland Restoration Plan is a quantitative prioritization model to rank the potential of land to mitigate P loading to Lake Champlain based on site function and upslope drainage attributes. A recent model update further refined the original output and resulted in the development of potential wetland restoration easement boundaries for targeted landowner outreach. 

Presenters: Julie Follensbee and Brock Freyer

f 54 30 12669089 amDcMms2 Julie Follensbee

Julie Follensbee

Julie Follensbee's Bio:

Julie Follensbee has served as a District Wetland Ecologist with the Vermont Department of Environmental Conservation for 12 years. The position protects Vermont’s wetlands through regulation, education, restoration, and enforcement. As Program Restoration Specialist she reviews potential wetland restoration projects; collaborates with state, federal and non-government organizations; advises restoration bioassessment; and is developing a statewide tracking system for wetland restoration work. Julie has a Master of Science degree in Natural Resources from the University of Vermont’s Rubenstein School of Natural Science.  Prior experience includes stormwater management and contaminated sites remediation.

 

f 54 4 12669089 MVYTvKdI Brock Freyer

Brock Freyer

 

Brock Freyer's Bio

Brock Freyer currently works to protect Vermont’s wetlands as a District Wetlands Ecologist in Vermont Department of Environmental Conservation’s Wetlands Program. In doing so he collaborates with state, federal and non-government organizations by providing regulatory, technical, and moral support. Prior to his work in Vermont, he has bounced around the U.S. wandering in wetland and riverine systems hoping to keep his feet dry in wet spots. No matter where he is working, he is constantly intrigued by the working landscape and how our activities have altered the natural systems present. Through a hydrogeomorphic/landscape scale lens he looks for opportunities to restore and enhance these potentially degraded systems. Brock is a PWS (#2441), has a M.S. degree in Earth Sciences from UNC-Charlotte, and a B.S. in Natural Resource Management from Western Carolina University.

Please login to register

Take advantage of your SWS membership by participating in outstanding educational opportunities without leaving your desk!

SWS is pleased to provide a webinar series on wetland science topics of interest. The convenience and flexibility of SWS webinars enables you to educate one or a large number of employees at once, reduce travel expenses and maintain consistent levels of productivity by eliminating time out of the office.

The mission statement of the Webinar Program is to facilitate the exchange of scientific, management, and policy information concerning wetlands in an electronic format and to enable regular exchange across a wide geographic area in a relatively low-cost, interactive and multimedia way. This is expected to foster the international scope and visibility of SWS, while providing a forum of professional exchange and collaboration.

SWS Membership is required to register and attend our informative and educations webinars. However, SWS offers 4 free (Quarterly) webinars per year in March, June, September and December. 

An email with a link to request a certificate of completion, worth one hour of participation, will be sent after the webinar.  If you're unable to participate in the live webinar, all webinars will be recorded and archived for complimentary viewing by members on our Past Webinars page. 

Never used GoToWebinar before? You'll need to download the software before the webinar. Download GoToWebinar here.

Webinars on YouTube

The SWS Webinar Committee is excited to announce that our free quarterly webinar recordings are now available on the SWS YouTube channel! Additionally, SWS supporters around the world can watch the webinars with subtitles in their native language. 

Watch webinars with subtitles

To view the webinars with subtitles, click the “CC” button in the bottom, right-hand corner of the video. You can change the language of the subtitles by clicking on the settings button in the bottom, right-hand corner and going to subtitles/CC > auto-translate > and choosing the language of your choice.

Here's what our members are saying...

"Thank you presenters, and thank you SWS for hosting this. It is a great SWS membership benefit." - Kurt Kowalski, Ann Arbor, MI

"Excellent coverage of fascinating topics for wetland scientists!" - Ellen Hartig, New York, NY

ASWM Webinars

Interested in viewing more webinars? Visit the Association of State Wetland Managers (ASWM) webinar's page to access free webinars. These webinars focus on various topics, mostly relating to a specific project or workgroup. To learn more please click here.