Webinar information

Conifer forests of the Pacific Northwest are renowned for many reasons, including their unparalleled beauty, the biodiversity they house, and the timber they produce. But to what extent do native bees inhabit such forests? In this webinar, we will explore the role that managed conifer forests play in supporting native bee communities, including an overview of two research projects that evaluate how native bees respond to wildfire and timber harvest. Taken in its entirety, this webinar will demonstrate that conifer forests play a key role in supporting native bees and should be considered with ongoing pollinator conservation efforts.

Speaker

Dr. Jim Rivers, Associate Professor of Wildlife Ecology, Oregon State University 

Is this webinar for you?

This webinar is intended for a diverse audience, including foresters, scientists, and natural resource managers. It is a webinar for anyone interested in adaptive forest management practices to preserve wild insect pollinators in managed lands.

Registration

1. Click REGISTER to the right of the webinar title. Be sure to log in with your SAF account username and password.

2. After checking out, the webinar will be available on your MY DASHBOARD page here on ForestEd.

For group registrations or registering someone other than yourself please contact membership@safnet.org or 202-938-3910.

Pricing

This webinar is FREE ($0) for all attendees and was made possible by contributions from the following professional development partners:

USDA Forest Service
Manulife Investment Management
Oregon Department of Forestry
Oregon Forest Resources Institute
Oregon State University

Members and non-members still need to register to gain access to the webinar.

Join SAF TODAY to take advantage of the growing member benefits, including course savings, free community of interest webinars, and more!

Webinar access 

The webinar was live on Thursday, March 21, 2024 at 3 pm ET.

The archived recording of this webinar will be available until March 21, 2025 at 11:59 pm ET.

Access this recorded webinar within the Contents tab (to the right of the Overview information).

Webinar duration

This webinar is 1 hour.

Learning objectives

Upon successful completion of this webinar, you will be able to:

1. List the characteristics of native bees and the key resources upon which they depend. 

2. Explain how wildfire severity influences native bee nesting ecology.

3. Identify how native bee communities change with time since harvest in intensively managed conifer plantations. 

Rubric

Successful completion of the webinar is measured by participating in the entire webinar and completing the evaluation.

Evaluation

Participant feedback is appreciated to help the working group and presenters continually improve webinars for future programming.

CFEs

Upon successful completion of this webinar, you will earn 1.0 CFEs in Category 1. CFEs will automatically be added to your CFE record located on www.eforester.org by the end of the day (11:59 pm ET).

Certificate

Upon successful completion of this webinar and evaluation, participants may download and print a certificate verifying completion of the webinar and earning SAF CFEs. CFE certificates will only be available until March 22, 2025 at 12:00 am ET. 

Return to Webinar

Once you are registered for the webinar, access this webinar within your MY DASHBOARD. Prior to the start time, the webinar will be listed under "Upcoming Live Events." 

Following the day of the webinar, you can return to watch the recorded webinar or download your certificate accessing the webinar information within the general listing of YOUR DASHBOARD for 12 months following the webinar. The webinar product will become inaccessible on March 22, 2025 at 12:00 am ET.

Need Help?

For ForestEd questions, visit FAQs, email ForestEdSupport@safnet.org, or check out the registration quick tips in the Handouts tab. For technical assistance and questions about this webinar, email ForestEdSupport@safnet.org.

Refund

This is a non-refundable item. Please view FAQs for additional information.