biol 3450 lec 23 11:18

The Voci Group projects are due tonight.
Submission must be made as a PDF through Gradescope, and only one member of the group is required to submit. Expectation is for 25 group projects to be submitted.
If there are any issues with submission, students are advised to keep the instructors informed.

Check the font size of the projects to ensure readability for classmates.
Images presented should occupy about two-thirds of the projector board.
Ensure consistency across the poster, infographic, and figures — they should be legible and maintain a consistent format.
Review references for consistency and ensure all five are peer-reviewed.

The Conservation Supporting Symposium is scheduled for Wednesday; this will mark the 6th annual symposium.
One group member must bring a device (laptop/tablet) that connects via HDMI to present beside their poster during the session.
Presentations will be organized into short rotating sessions, each lasting approximately 20 minutes.
Presenters should aim for a presentation length of 3-4 minutes.
During presentations, non-presenters will engage by asking questions.
All group members should attend the symposium; immediate communication is necessary if a member cannot attend.

The Final Exam is set for December 10th, from 2 PM to 5 PM.
Students are encouraged to check their exam schedules for any possible conflicts.
Any exam conflict forms need to be submitted by November 29th; the form opens on November 22nd.
Clarification: college policy allows exams to be postponed, not taken early.

Restoration ecology studies and practices the restoration of degraded or destroyed habitats.
Restoration Ecology = scientific field (the study).
Ecological Restoration = the practice of habitat restoration.
Discussed four strategies:
1. Do Nothing: Allow ecosystems to recover naturally.
2. Rehabilitation: Create a functional ecosystem without necessarily restoring it to its original state.
3. Partial Restoration: Focus on restoring key species crucial for ecosystem balance.
4. Complete Restoration: Return the ecosystem to its original composition and function.

Goals vary based on ecosystem type and restoration intent: protect at-risk species, enhance ecosystem function, or recreate historical conditions.
Involvement of reference sites: these sites serve as models for ideal conditions when planning restoration efforts.
The historical context can dictate what conditions to restore an ecosystem towards, considering land use history and species composition change over time.

Discussed potential pitfalls, such as implementation of monocultures for rapid timber or carbon capture, which negatively impacts biodiversity and ecosystem functioning.
Emphasis on learning from historical conditions to avoid repeating past mistakes in restoration efforts.
Encouragement of community involvement and collaboration in ecology restoration processes, respecting traditional knowledge and management practices.

Facilitation: Utilizes plants that can enhance the growth conditions for other plants through mechanisms like improving nitrogen levels, creating microclimates, or supporting pollinators.
Bioremediation: Restoration of polluted environments using living organisms, such as bacteria or hyperaccumulator plants to absorb pollutants, cleaning the soil naturally.
Rewilding: The introduction of lost species to ecosystems to restore functions and processes critical for ecosystem health.

Restoration efforts should focus on balancing ecological integrity with practical and ecological challenges.
Case studies from the Chesapeake Bay and tallgrass prairie restoration efforts reveal both successes in improving biodiversity and persistent challenges with invasive species and ecological integrity.
Emphasized that restoration should ideally come after preventive conservation efforts and careful consideration of ecological dynamics.

Final reminders about the poster submission deadline and the upcoming symposium. Encouraged open communication for any issues ahead of the events.