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Welcome to the interactive web schedule for the 2019 Midwest Fish & Wildlife Conference! The schedule is subject to change (as of November 7, 2018). Please check back for updates. To return to the main Conference website, go to: www.midwestfw.org.

The conference schedule is hosted in SCHED which allows you to search within the schedule, and filter the schedule to show items only occurring on a certain date or within a track/symposia.
  • To view only a certain type of presentation or track, locate the heading "Filter By Type" in the navigation bar. As an example, try clicking on "T01: Fisheries: Great Lakes I".
  • The default view for the schedule is "Simple" which only shows the start time and title of the agenda item. Hover over the button that says "Schedule" to see the different view options. The "Expanded" option will show start and end times, room location, and session description, if there is one.
  • You can build your own schedule by creating a free account with SCHED by selecting "SIGN UP." Watch the "how-to" video to learn more about using Sched. 
  • PLEASE NOTE: Adding agenda items to your schedule through this app does not sign you up for a session. If an agenda item says "pre-registration required" or charges an additional fee, you need to add the item to your registration through the online registration system

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Tuesday, January 29 • 6:00pm - 9:00pm
(P20) Exposure to Harmful Algal Blooms Impairs Sensorimotor

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AUTHORS. Ryan Seymour, Jessica Ward, Autum Auxier, Hannah Mullinax – Ball State University

ABSTRACT. Cyanobacteria are prevalent blue-green algae that impact Midwestern freshwater systems, important environmental and economic resources. Emerging evidence suggests that exposure to neurotoxic compounds can induce sub-lethal behavioral and central nervous system (CNS) changes that have potential to affect individual fitness. The long-term goal of this research is to evaluate the significance of emerging algal neurotoxins for fish populations and aquatic communities. A first step toward this goal, this project used a low-dose, lab-controlled exposure regime to quantify the effects of 2,4-diaminobutyric acid (DABA) on the sensorimotor performance of embryos, and 21-day-old larvae . Despite reports of impaired motor function in humans linked to the consumption of contaminated fish, the effects of these compounds on fish themselves is largely unknown. Embryo motor activity and prey capture efficiency decreased with increased exposures to the cyanotoxins. The results will fill critical gaps in knowledge regarding the short- and long-term effects of sub-lethal exposure to algal neurotoxins on fish and provide direct insight into the factors affecting routes of human exposure and health risks

Tuesday January 29, 2019 6:00pm - 9:00pm
Superior Ballroom CD