Hi, I'm Paulo, and I've come a long way following birds. I'm from Brazil, but I did my undergraduate and graduate studies in Berlin, Germany. Now I've flown here from literally halfway across the world to do my Thesis research on a topic I’m very passionate about. I've done quite a bit of bird-related work over the years, from the icy shores of the North Sea to the Atlantic Rainforest, but I keep getting drawn back to islands. Something about the unique evolutionary processes happening in these special places never ceases to amaze me. For my thesis I'm recording 'apapane songs, to analyze their huge repertoire size, song structure and local dialects in order to get an insight into their vocal learning process.

Like a vagrant bird caught in a storm, I didn’t choose to work in Hawai’i, rather, it chose me. Like many animal enthusiasts, I pursued a pre-veterinary track in college until I discovered that I was happiest in wild spaces, like those near my hometown of Spokane, Washington, and wanted to protect them. After graduating from Cornell University in 2015, with my B.S. in Biology, I returned near home to study deer responses to forestry treatments in Colville National Forest. After applying far and wide for my next job, I seemingly randomly found myself on O’ahu, studying seed dispersal by introduced birds and rodents. I fell in love with Hawai’i’s diverse ecosystems, birds, and people, and after learning about the dramatic history of resource exploitation, invasive species introduction, and mass extinction of birds and plants, I endeavored to get involved with managing invasive predators. I worked in Hawai’i Volcanoes National Park for 9 months studying benefits of invasive rat removal for ‘Elepaio nesting. Other exciting opportunities drew me to work with fairy-wrens in Australia, Canada jays in Denali National Park, and migratory songbirds on the Colorado River, but my heart kept drawing me back to Hawai’i, including in 2019 when I worked with the Kaua’i Forest Bird Recovery Project on the critically endangered ‘Akikiki, ‘Akeke’e, and Puaiohi. My experiences have influenced my choice in master’s project, which is funded by a joint Department of Defense grant with my alma mater, Cornell University. I am interested in applications of passive acoustic monitoring as a tool for estimating bird population density and answering questions about avian ecology, while creating minimal disturbance and drawing less time and resources away from other management tasks. I am excited to be working in a tight-knit community with so much passion and talent, and grateful that the trade winds blew me back this way.

Aloha! I'm Dan ‘Dio’ Mikros. I grew up on the Southside of Chicago without much more than steel and concrete around me. After discovering the natural world late in life, I became so fascinated chasing all manner of creatures around that I pursued a bachelor’s degree in integrative biology from the University of Illinois. Since then, I have worked in 12 states across the country on a wide variety of projects. But I have primarily focused on the ecology of arthropod-borne pathogens, including West Nile virus, dengue fever and Lyme disease. In 2018 I was lucky enough to bring my skills in this field to the Big Island where I started work with the HCSU researching the role ambrosia beetles play in vectoring rapid ohi’a death. I feel truly grateful to be able to continue developing this research within the TCBES program and alongside the LOHE lab. Here I hope to investigate how ambrosia beetles affect the spatial distribution of Ceratocystis inoculum in the environment, develop more effective ambrosia beetle management strategies, and monitor the potential threat of Ceratocystis to other endemic Hawaiian tree species.

Aloha, my name is Emma Stierhoff and I am from Westfield, New Jersey. I graduated from Lafayette College in Pennsylvania in 2020 with a B.S. in Biology and a minor in Environmental Studies. While there, I carried out several studies on songbird behavior and physiology, through which I discovered my love for wildlife research. After graduating, I worked in a COVID-19 testing lab for a year, but eventually got to re-enter the conservation world implementing a marsh bird study under the Florida Fish and Wildlife Conservation Commission for a field season. I joined the LOHE Lab in 2021, and plan on researching honeycreeper resistance to avian malaria.

Aloha, my name is Stephanie Mladinich and I am from Albuquerque, New Mexico. I graduated from the University of New Mexico in 2015 with a dual degree in Biology and Latin American Studies, and have since worked in Mozambique, Panama and Brazil focused on forest and watershed ecology, restoration of degraded lands, and community-led conservation. It is an honor to work alongside so many passionate and inspiring individuals within the LOHE lab, UH Hilo and the greater Hawai'i community, and I am expanding my scope every day as I continue to learn from my peers and mentors. My current research is supported by the Pacific Island Climate Adaptation Science Center (PICASC) and is focused on mosquito surveillance in the mid to high elevation forests of Hawai'i Island, and the ecological drivers of mosquito distribution and abundance across the landscape. By increasing our understanding of this dynamic system, we hope to inform an early warning system of mosquito invasion at high elevations to implement actions that can safeguard Native Hawaiian forest birds from disease transmission.

Aloha, my name is Erika Kekiwi and grew up in Kula, Maui. I've been interested in conservation in Hawai'i for years, first interning with Pu'u Kukui Watershed through the PIPES program on Maui while I was in college. I graduated from Willamette University with a degree in Environmental Science and until recently had been working with endangered wildlife at Haleakalā National Park, first as a Kupu Conservation Leadership Development Program member, and then as an RCUH field assistant. I joined the LOHE lab in 2020 and will be working on creating automatic detection algorithms to easily identify Maui's native forest birds.

Aloha! My name is Lisa Mason and I am from Koʻolaupoko, Oʻahu, Hilo Palikū, and currently reside in Waikahekahe, Puna. My connections to honua have always been strongly influenced by my family and the places we have shared. Being from these islands I am continuously growing in my sense of place and curiosity about our world, and my understanding of responsibility to do pono science here in Hawaiʻi. My interests broadly encompass ʻāina and community-based STEM education, conservation of Hawaiian ecosystems, avian ecology, and bioacoustic research. From 2011-2019 I worked as a science teacher and environmental educator for both public and private K-12 schools in East Hawaiʻi. This year with TCBES, I am developing my thesis project, which builds on a recent Kauaʻi study of cultural evolution in the last 50 years in several native Hawaiian bird populations (Paxton et al. 2019). My study will take place on Hawaiʻi island using song recordings, from as early as the 1970s, to detect possible changes in comparative characteristics of birdsongs from diminishing populations of endemic birds. Few studies have been done in Hawaiʻi based on such long temporal scales. Hopefully, my project will better inform our understanding of the current state of these endemic birds and reinforce more comprehensive management strategies for conservation. Additionally, I love to travel and see new places and visit old friends. I also enjoy hula, forest hikes, playing board games, fresh squeezed lime margaritas, watching painting tutorials on YouTube, and ocean-ing with my husband Josh and dog nūnū.

Aloha, my name is Petrisha Alvarez. I grew up on Molokai, always exploring the environment around me from Mauka to Makai. Observing the diverse species of Hawaiʻi sparked my interest to further my education within the field of science. I obtained a bachelors in Microbiology from the University of Hawai`i at Mānoa and gained some research experience at the Center for Microbial Oceanography; Research and Experience (C-MORE) Hale. After graduating, I joined Kupu’s Hawaiʻi Youth Conservation Corps to understand better processes of conserving Hawaii’s diverse ecosystems. My experience with Kupu amplified my reasoning for studying higher education in Tropical Conservation Biology, as there are so many unanswered questions of how to save these native species from extinction. I was a part of many beach clean-ups which opened my eyes to the broader impact nets and plastics have on our native ecosystems. During the 2018 winter season, I found a juvenile humpback whale entangled in a fishing net with two buoys tightly wrapped around its left peck. It saddens me to see the young whale in distress, approaching my family’s boat many times as if asking for help to be set free. We stayed with the whale for hours until assistance from NOAA arrived. I hope to use all my knowledge and experiences to make an impact to protect these native species. My research at LOHE will consist of better understanding the habitat distribution of Hawaiian Spinner Dolphins along the East Coast of Hawai`i Island. Hawaiian Spinner Dolphins are frequently sighted along the Leeward coast of Kona, where human disturbances threaten their rest. Not many studies have ventured to the Windward Coastlines where weather conditions are harsher for marine research. I will be using various hydrophones to map out locations where Hawaiian spinner dolphins are present along the East Coast of Hawai`i Island, such as Hilo Bay.

Aloha! I am a first-generation, Vietnamese-American college student. During my first semester of college, I decided to go against my parents' wishes and switch my major from Marketing to Animal Behavior. Fast forward some years and I have traveled to Wyoming x2, Panama, and Louisiana for avian research. I am incredibly fortunate for these experiences because they opened my eyes to the world of avian conservation and ecology. And where else would I go to continue following this dream of mine other than Hawaiʻi? My current research will determine the feasibility in using AudioMoths (low-cost, customizable acoustic device) and vocal activity rate for population density estimates of the iconic ‘i‘iwi. In addition, we want to look at potential abiotic impacts on vocal activity rates, and consequently examine how these components may influence density estimations. We hope to refine this particular methodology so that it can be applied to avian monitoring efforts across the Hawaiian Islands and beyond

Chris Kluzak is working on Palila foraging behaviors in captivity at the Keauhou Bird Conservation Center.