SUBSCRIBE TO MADDEN SCIENCE
Join us for an incredible lunch and learn session with Dr. Steve Yanoviak, professor of biology at the University of Louisville and expert in behavioral and evolutionary ecology. Dr. Yanoviak is a biology professor at the University of Louisville. He is the Tom Wallace Endowed Chair of Conservation. Steve is a good friend from years ago, working with him in the Peruvian Amazon. https://louisville.edu/biology/facult... Here is a link to his research page: https://canopyants.net/ In this fascinating conversation with our AP Biology class, we dive deep into the complex and curious world of ants, from gliding ants and their ability to navigate tree canopies to the bizarre and mind-blowing discovery of "Berry Ants" infected by parasites. Key topics discussed include: Dr. Yanoviak’s Early Passion for Biology: Hear how a childhood fascination with nature, crayfish, and backyard discoveries fueled his lifelong love for biology. Research in Africa: Working alongside elephants and facing real wilderness dangers. The Discovery of Gliding Ants: How ants fall from trees and control their descent—an evolutionary marvel! Bizarre Ant Adaptations: Learn about "Berry Ants," a species whose bodies mimic berries to deceive predators, influenced by parasites. Innovative Research: From high-speed videography to creative experiments using catapults to simulate squirrel jumps and the reactions of ants. Evolution and Canopy Ecology: Discussions on the evolutionary strategies of ants and how canopy-dwelling arthropods survive the challenging treetop environment. This video is perfect for biology enthusiasts, students, and anyone curious about the unique adaptations found in nature. Don’t miss the chance to learn from one of the leading experts in the field! TIMESTAMPS: 1:10 Early Interests 4:56 Profound Nature Experience 7:20 Weirdest Animal 8:36 Professional Balance 10:37 Squirrel Branch Landings 14:20 Innovative Research Methods 16:06 Gliding Ants Discovery 18:09 Gliding Ants Abilities 20:48 Gliding Offensive or Defensive 21:38 Berry Ants Discovery 23:50 Berry Ants Resemblance 24:40 Berry Ants Host Transmission 26:15 Parasite + Ant Appearance 28:32 Lianas Discovery 32:18 Tree Differences Lightning Regions 35:23 Climate Change and Lightning 37:50 Canopy Ants Cooperative Behavior
Discover the Hidden World of Ants: Gliding, Parasites, and Canopy Ecology with Dr. Steve Yanoviak
What properties of WATER PHENOMENA would you add to the video? Please add your thoughts via the comments. *This is the updated version. Phenomena can serve as an interesting and creative entry point into the study of a certain topic. These phenomena impact behavior, perception, and physiological responses. Phenomena can be both fascinating and complex, illustrating the intricate ways in which the brain operates and interacts with the environment. Begin by having students watch the following phenomena video showing clips. It is one minute long, you can even keep it on repeat, much like an extended version of a GIF. Each individual clip is numbered. After watching the first time, have students construct a SEE / THINK / WONDER table in their notes. Continue the video on repeat while the students add to their table. *How do these clips connect to your experience and your labs in class? What properties of water are illustrated? What are you curious about? Have students relate the phenomena to the NGSS Cross Cutting Concepts. How are these 7 concepts represented in these phenomena? NGSS Crosscutting Concepts: Patterns Cause - Mechanism - Effect Scale, proportion, and quantity Systems and system models Energy and matter Structure and function Stability and change When finished, have students pair share and add a few additional ideas from their partners onto their own tables. Another activity - Have students watch the video one time through. Then have students label each phenomena (1-12) with the appropriate water properties, listed below. *This will likely work better after introducing these topics in class via a lab or lecture. 1. Cohesion and Adhesion 2. High Specific Heat Capacity 3. High Heat of Vaporization 4. Expansion Upon Freezing 5. Universal Solvent 6. Transparency 7. Low Viscosity 8. High Surface Tension 9. Polarity 10. Water as a Medium for Chemical Reactions 11. Neutral pH 12. Water’s Role in Osmoregulation 13. Low Compressibility 14. Water’s Role in Transport 15. Water's Role in Thermal Regulation Helpful Links: NGSS Phenomena: https://www.nextgenscience.org/resources/phenomena The Wonders of Science: Phenomena: https://thewonderofscience.com/phenomenal Phenomena and Sense Making: https://youtu.be/3ps3Js-psgo?si=KgPzkN7Cuzn2yJnJ Links to Phenomena & Asking Questions Graphic Organizer and teacher materials: https://thewonderofscience.com/teaching
PHENOMENA: Water : The Molecule of Life
Tennis Power and Poetry: Tomas Machac: US Open Super Slow Motion I took this video of Tomas Machac at the US Open 2024 vs. David Goffin - handheld with my Sony A7 IV and Tamron 28-200 lens.
Tennis Power and Poetry: Tomas Machac: US Open Super Slow Motion
Special thanks to Allie Blanchette and Laura Anthony, Biology PhD candidates from Florida State University, for sharing their expertise with our AP Biology class. Their talks were awesome! This video provides an in-depth exploration of coral biology, focusing on both coral restoration and deep-sea coral reproduction, highlighting the complexity and importance of these ecosystems. In this video, you’ll gain a deeper understanding of: 1. Coral Restoration Techniques and Challenges: Allie discusses how different genotypes of staghorn coral perform in restoration efforts, emphasizing the importance of genetic diversity and monitoring traits like growth and disease prevalence over time. She also explains the innovative methods used to outplant corals, including the use of photo mosaics to track the success of restoration sites. 2. Impact of Environmental Stressors on Coral Fitness: Allie also examines how stressors such as hurricanes and disease outbreaks affect the survival and growth of outplanted corals. Her research highlights the challenges of maintaining coral health in a changing environment and the need for adaptive management strategies in restoration projects. 3. Reproductive Strategies of Deep-Sea Corals: Laura explores the unique reproductive strategies of deep-sea corals, including how limited food availability and environmental conditions impact their reproductive success. She explains how her research is uncovering previously unknown reproductive behaviors, such as hermaphroditism in certain species that were thought to reproduce differently. 4. Effects of Ocean Acidification on Coral Reproduction: Laura also delves into how ocean acidification affects the energy allocation in deep-sea corals, particularly in their ability to build skeletons and reproduce. Her findings suggest that increasing ocean acidity may force corals to prioritize energy for survival over reproduction, potentially leading to shifts in population dynamics. Allie and Laura provide valuable insights into the ongoing research and conservation efforts critical for preserving these vital marine ecosystems. The video also includes a Q&A session where they address questions about their research and its broader implications. Time Stamps: coming soon
Coral Restoration & Deep Sea Coral: Allie Blanchette + Laura Anthony: FSU Biology: Guest Speakers
What Animal Social Behavior PHENOMENA would you add to the video? Please add your thoughts via the comments. Phenomena can serve as an interesting and creative entry point into the study of a certain topic. These phenomena impact behavior, perception, and physiological responses. Phenomena can be both fascinating and complex, illustrating the intricate ways in which the brain operates and interacts with the environment. Begin by having students watch the following phenomena video showing clips. It is one minute long, you can even keep it on repeat, much like an extended version of a GIF. Each individual clip is numbered. After watching the first time, have students construct a SEE / THINK / WONDER table in their notes. Continue the video on repeat while the students add to their table. Have students relate the phenomena to the NGSS Cross Cutting Concepts. How are these 7 concepts represented in these phenomena? NGSS Crosscutting Concepts: Patterns Cause - Mechanism - Effect Scale, proportion, and quantity Systems and system models Energy and matter Structure and function Stability and change When finished, have students pair share and add a few additional ideas from their partners onto their own tables. Helpful Links: NGSS Phenomena: https://www.nextgenscience.org/resources/phenomena The Wonders of Science: Phenomena: https://thewonderofscience.com/phenomenal Phenomena and Sense Making: https://youtu.be/3ps3Js-psgo?si=KgPzkN7Cuzn2yJnJ Links to Phenomena & Asking Questions Graphic Organizer and teacher materials: https://thewonderofscience.com/teaching
PHENOMENA: Social Animal Behaviors
Special thanks to Carlie and Miles, Biology PhD students from Florida State University, for sharing their expertise with our AP Biology classes. It was an awesome experience and we loved it! Their talks provided an insightful exploration into evolutionary biology and disease ecology, directly connecting to our ongoing studies. In this video, you’ll gain a deeper understanding of: 1. The process of speciation in local tree frogs, including the neural mechanisms that drive evolutionary changes. 2. The use of mathematical modeling to study host-parasite interactions, with a focus on how diseases spread within populations. 3. The practical applications of their research in understanding broader biological concepts. 4. Carlie and Miles offer detailed explanations and share their research findings, helping to clarify complex topics related to evolution and ecology. The video also includes a Q&A session where they address questions from the class. Timestamps: coming soon
Chorus Frogs & Disease Modeling: Carlie Anderson & Miles Robertson: FSU Biology: Guest Speakers
TOPSAIL HILL PRESERVE: Florida's Most Beautiful and Biodiverse State Park. In 4K
TOPSAIL HILL PRESERVE: Florida's Most Beautiful and Biodiverse State Park
What light and optics PHENOMENA would you add to the video? Please add your thoughts via the comments. Phenomena can serve as an interesting and creative entry point into the study of a certain topic. These phenomena impact behavior, perception, and physiological responses. Phenomena can be both fascinating and complex, illustrating the intricate ways in which the brain operates and interacts with the environment. Begin by having students watch the following video showing clips of related to light and optics. It is one minute long, you can even keep it on repeat, much like an extended version of a GIF. Each individual clip is numbered. After watching the first time, have students construct a SEE / THINK / WONDER table in their notes. Continue the video on repeat while the students add to their table. Have students relate the phenomena to the NGSS Cross Cutting Concepts. How are these 7 concepts represented in these phenomena? NGSS Crosscutting Concepts: Patterns Cause - Mechanism - Effect Scale, proportion, and quantity Systems and system models Energy and matter Structure and function Stability and change When finished, have students pair share and add a few additional ideas from their partners onto their own tables. Helpful Links: NGSS Phenomena: https://www.nextgenscience.org/resources/phenomena The Wonders of Science: Phenomena: https://thewonderofscience.com/phenomenal Phenomena and Sense Making: https://youtu.be/3ps3Js-psgo?si=KgPzkN7Cuzn2yJnJ Links to Phenomena & Asking Questions Graphic Organizer and teacher materials: https://thewonderofscience.com/teaching
PHENOMENA: Light and Optics
Please enjoy this 4K footage of a wild alligator taking a little nap in Wacissa Springs, FL. I filmed it myself. It was really a peaceful and tranquil experience. I hope that shows through in the footage. Please keep in mind, alligators are wild and can be dangerous. I love seeing all the little fish swimming around.
SLEEPING ALLIGATOR: Up close and Intimate Experience! See what happened next!
Load More... Subscribe