More About Me
I am a PhD candidate in the School of Biological Sciences at the University of Nebraska-Lincoln (UNL). I am co-advised by Dr. Shizuka in the School of Biological Sciences and Dr. Jeffrey Stevens in the Department of Psychology. I am currently supported by a National Science Foundation Research Traineeship (NRT), in which I study concepts of resilience and complexity theory in social-ecological systems. My main research interest is investigating how animal social behaviors affect persistence of wildlife populations on human-dominated landscapes. My dissertation focuses on 1) how social learning and cognition affect responses to novel food resources, 2) factors affecting long-term spatial and social fidelity, and 3) how demographic turnover affects the stability of social communities in golden-crowned sparrows (Zonotrichia atricapilla) in Santa Cruz, California.
Prior to accepting a PhD position at UNL, I worked for Dr. Shizuka, managing a RFID (Radio Frequency Identification) bird feeder project at the Pioneers Park Nature Center in Lincoln, Nebraska. This ongoing project uses feeders outfitted with RFID antennas and data loggers (pictured left!) to study the winter ecology of birds that participate in mixed-species flocks. I built a weather station controlled by an Arduino Uno to collect fine-scale weather data on-site in conjunction with the RFID feeders. Using the weather station and RFID feeders, I asked questions about the effects of weather on feeding rates of RFID-tagged birds. We also investigated whether birds with similar foraging activity are more connected in a social network, and asked which had a stronger effect, physiological pressures or social pressures. Interestingly, social relationships seemed to have stronger effects on foraging behavior than temperature (Madsen et al. 2021).
Prior to accepting a PhD position at UNL, I worked for Dr. Shizuka, managing a RFID (Radio Frequency Identification) bird feeder project at the Pioneers Park Nature Center in Lincoln, Nebraska. This ongoing project uses feeders outfitted with RFID antennas and data loggers (pictured left!) to study the winter ecology of birds that participate in mixed-species flocks. I built a weather station controlled by an Arduino Uno to collect fine-scale weather data on-site in conjunction with the RFID feeders. Using the weather station and RFID feeders, I asked questions about the effects of weather on feeding rates of RFID-tagged birds. We also investigated whether birds with similar foraging activity are more connected in a social network, and asked which had a stronger effect, physiological pressures or social pressures. Interestingly, social relationships seemed to have stronger effects on foraging behavior than temperature (Madsen et al. 2021).
In my spare time, I love to cook, paint, draw animals, and sing show tunes. Below are some of my final illustration pieces from a Science Illustration course I took at UNL!