The Tropical Conservation Internship Program is seeking 10 outstanding undergraduate students to participate in multiple research and hands-on training internship opportunities offered at our partnered organizations during the Spring 2022 semester.

Qualified students should possess an interest in conservation of plants and/or animals, and have basic knowledge of ecological research principles and procedures. Students must be self-motivated and willing to assist in research and work related duties. Participants must enroll in a 0-credit internship course in your department and prepare a professional presentation upon project completion.

How to apply: Interested applicants should submit a letter of intent, resume/CV, and one letter of recommendation along with this application form. A $2,000 Fellowship Award will be provided to recipients in increments throughout the internship period. Please note that you will need to dedicate at least 12 hours per week on your internship project (some time may be spent off-site) and follow all Covid-19 related protocols at the individual internship site.

Due date: 11:59pm on Jan. 10, 2022


Interns work on projects across a range of focus areas at sites throughout Miami-Dade County.

  • Deering Estate

    One intern is selected per semester to work at the Deering Estate with mentor Christopher Bumpus. Possible projects include:

    Mapping Data collected at Deering Estate

    Utilizing already published data sets and literature, this project would create a database of projects that have been conducted at and around the Estate. The data collected could be used for a literature review, meta-analysis and GIS map that would support future research projects.

    Tropical Hammock Bird Transect

    The Deering Estate is home to a large area of tropical hardwood hammocks. This project would look at the biodiversity within the area, specifically birds. One will see which birds are dominating the area and determine if any rare birds are utilizing the hardwood hammocks for any period of time.


    Utilizing all 450 acres of the Deering Estate, this project would determine any symbiotic relationships birds at the Estate have with plants. The student would survey for avian uses of plants throughout the estate and determine if there is a symbiotic relationship with specific bird species and specific plants at the Estate.

    Invasive Anole survey

    We find several different invasive anoles at the Estate. The project would entail surveying the estate to take an inventory of which invasive anoles we find, what the populations are like, and determine which habitat they are established in. The project will also determine why the invasive anoles are utilizing certain areas over others.

    Aquatic Inventory

    This project would study our seagrass and mangrove environment. The project will survey these different environments for biodiversity. Also water quality samples will be taken throughout to see if biodiversity is changed around the state pre and post-freshwater pumping from the C100 canal.

    Atala butterfly survival rate

    Students will utilize our pine rockland habitat to determine survival rates of atala butterflies. Atala butterflies only lay their eggs on the coontie plant, which is plentiful in our pine rocklands. Utilizing that fact students will determine which areas of the pine rocklands have the highest counts of coontie and also which areas have the highest number of atala butterflies.

    Native versus nonnative plant competition experiment

    Plants may compete directly or indirectly with one another for limiting resources. Students will choose a native and nonnative plant to conduct a competition experiment. Data will be collected from variables like growth rates of roots and shoots. Students will also compare differences in overall survival between native and nonnative plant species.

    Native versus nonnative salinity experiment

    Climate change, along with sea level rise will alter coastal habitats that may affect native and nonnative plants differentially. Students will to determine growth (i.e. roots and shoots) and survival rates of a native versus a nonnative plant across varying levels of salinity.

    Aquatic species inventory

    Students will conduct a survey of aquatic species in fresh and/or saltwater areas at Deering Estate. Baited video stations will be created across aquatic habitats and recorded. Students will then determine an aquatic inventory for species located in different areas around the Estate. Students would have to provide their own underwater camera or GoPro.

    Citizen science: monitoring and outreach

    Students will increase the interests of citizens by incorporating them in current programs and projects being conducted at the Deering Estate. This project will focus on flora and/or fauna surveys and the app, iNaturalist. In addition, students will help coordinate and run a bio-blitz event at the Deering Estate.

  • Dream in Green

    Learn more about Dream in Green online.

    Water and Energy Learning and Behavior Project

    Mentor: Barbara Martinez-Guerrero

    WE-LAB, or the Water and Energy Learning and Behavior Project focuses on delivering urgent and highly relevant environmental education about the water-energy nexus to South Florida residents. Through educational workshops, online community forums and interactive tools, WE-LAB seeks to motivate community-wide water-energy saving behaviors and foster long-term environmental stewardship through money saving actions. Participants in the program learn to track and analyze their water and energy use at home and apply the knowledge learned and tools provided in order to take action and make improvements. An intern for Dream in Green would help to evaluate the current activities, participate in planned workshops, help to improve pre/post surveys, help update the current WE-LAB website, and promote participation. Additional activities may include: (1) Research & compile scientific articles relating to climate change & its effects, (2) Current research & laws/regulations related to protection of environment, (3) Compile information on effects of environmental education on schools, (4) Ted Talks/videos compilation to use as resources, (5) Conduct site visits to schools to present on water & energy nexus.

  • Fairchild Tropical Botanic Garden

    Learn more about Fairchild Tropical Botanic Garden online.

    Environmental Education

    Mentor: Tatiana Castro

    Fairchild Tropical Botanic Garden is currently seeking undergraduate Environmental Education Interns for the 2021-2022 school year! Responsibilities will include organizing and inventorying program materials, assisting with virtual/ in-person field trips for K-12th grade students, and learning how to implement virtual/ in-person teaching program material. Field trip program content will have a focus on conservation issues, plant adaptations, and real-world research we are completing at the Garden. Interns will report to the Education Department Field Studies and Outreach Specialist. Additionally, interns will choose a project area to help with program tracking, evaluation, or standards alignment. Interns will work 8 hours/week.

  • Fruit & Spice Park

    Learn more about the Fruit & Spice Park online. All projects will be mentored by Vanessa Trujillo. Projects include:  

    Accession Project

    Assist horticulturist in the accession project, which is cataloging the trees in the collection at the Fruit & Spice Park. Research plant names to identify most recent scientific name, its common name and place of origin. And install plant labels onto trees using a drill and screwdriver.

    Mapping Data collected at Fruit & Spice Park

    Utilizing already published data sets and literature, this project would create a database of projects that have been conducted at and around Fruit & Spice Park. The data collected could be used for a literature review, meta-analysis and GIS map that would support future research projects.

    Citizen Science: monitoring and outreach

    Students will increase the interests of citizens by incorporating them into programs and projects being conducted at Fruit & Spice Park. This project will focus on fauna surveys and the app, iNaturalist. In addition, students will help coordinate and run a bio-blitz event at Fruit & Spice Park.

  • Montgomery Botanical Center

    Learn more about the Montgomery Botanical Center online.

    Palm Reproductive Biology

    Mentor: Joanna Tucker Lima

    The Montgomery Botanical Center (MBC) is a botanical research garden dedicated to advancing research, conservation and education through living plant collections, emphasizing palms and cycads. MBC’s collections include 389 different palm species and 237 cycad species, providing numerous opportunities to conduct in-person botanical research and explore questions related to conservation, biodiversity, and even climate change. Potential project ideas include studies related to palm reproductive biology and phenology; leaf anatomy in palms or cycads; thermogenesis; fruit morphology and fruit viability in a garden setting; pollination ecology; and collection of floral volatile samples for comparisons across species. Also for cycads, MBC carries out research related to cone and pollen collection, hand pollination, phenology, and seed viability, as well as taxonomic work with herbarium specimens. We also welcome other novel research ideas that advance botanical knowledge of palms and cycads through the use of our diverse living collections.

  • The Kampong, Coconut Grove


    Mentors: Paulo Olivas and Christopher Baraloto

    The heat island effect in urban areas is a well-known phenomenon in which cities experience extreme temperatures as a result of the absorption and retention of solar radiation by the urban infrastructure (e.g., roads, roots, parking lots). Additionally, the heat island effect is magnified by the lack of tree canopy, which serves as a protective layer that prevents solar radiation from warming the ground and cools via evapotranspiration. Most of the research related to the heat island effect has been done using remote sensing approaches, in which temperatures are estimated at the top of the canopy with limited knowledge about the temperature below the canopy. Our initiative seeks to investigate the cooling effect of trees at the ground level (below the canopy) and measure the cooling potential of individual urban trees. To accomplish this, we are working in collaboration with Grove ReLeaf program of the International Center for Tropical Botany at The Kampong. We have placed more than 80 temperature and humidity monitoring stations around the area of Coconut Grove. With the data from these stations, we will have a better understanding of the spatial and temporal variability of temperature underneath trees and cooling effect in compared to areas in full sun. We seek a student interested in participating in environmental monitoring in urban areas, which includes the installation, maintenance of climatic stations and data collection. The student will also have the opportunity to join community outreach events and learn about data processing and analysis using statistical and GIS tools.

    Introduced Peafowl in Coconut Grove

    Mentors: Elizabeth Anderson and Chris Baraloto

    Peafowl (Pavo cristatus) are native to India, however there are extensive populations living and thriving today in Miami, Florida, especially in the Coconut Grove and Coral Gables areas. There is no documented research on how or when these birds were introduced, or their modern ecological and social impacts. Student-led, collaborative research aims to fill these gaps through a mixed methods approach. We aim to disentangle the history of the peafowl introduction in Coconut Grove, document human and social dimensions of peafowl presence today, and gather information on the population dynamics and ecological impacts of peafowl.


  • U.S. Fish and Wildlife Service

    Learn more about the U.S. Fish and Wildlife Service online. Projects include:

    Analysis of Hydrologic Effects of Canal Backfill on the Picayune Strand Restoration Project (virtual)

    Mentor: Kim Dryden

    The student will perform an analysis of hydrological data from the South Florida Water Management District’s hydrological database (DBHydro) for the PSRP and downstream public lands; assessing the potential effects of restoration and emergency water management operations on estuaries and listed species such as the Florida manatee.  Online training for DBHydro will be provided for the intern who is selected for this project.

    Assessment of Mosquito Control Practices on Comprehensive Everglades Restoration Plan Projects (virtual)

    Mentor: Kim Dryden

    The student will compile and analyze mosquito control management, application practices and extent on CERP projects in South Florida, using Picayune Strand Restoration Project and surrounding public lands as a test case to assess consistency with wetland restoration efforts and protection of listed species and prey for species like the wood stork and Florida bonneted bat.

  • Zoo Miami

    Learn more about Zoo Miami online. Projects include:

    Butterfly Bunker Laboratory

    Mentor: Tiffany Moore

    The internship will assist the lab manager in maintaining the Lepidoptera colonies of the targeted species, collect data on the colonies, propagate and collect host plant material, maintain the host plants immediately surrounding the lab and likely participate in field surveys of adults, larvae and host plants. Surplus from the colonies will be used for targeted releases for public engagement, reintroductions, and possible urban rewilding programs. The Butterfly Bunker is a repurposed 1940’s era military munitions bunker from the former Richmond Naval Air Base that has been converted to a dedicated hurricane resistant imperiled Lepidoptera research lab that is entirely solar and wind powered.

    Boa Constrictor Transmission of Pathogens and Parasites

    Mentor: Frank Ridgley

    Boa constrictors are another large invasive constrictor that has become established in Miami-Dade County. It is already known that these top predators prey on a variety of animals and therefore impacting many of our coastal imperiled ecosystems. Another aspect of invasive species that is often overlooked is the transmission of pathogens and parasites from the exotic species to native species. During this internship, the student will be trained and conduct boa constrictor necropsies where gut contents will be saved and processed for later prey identification and any parasites detected will be preserved. Through a partnership with the University of Florida, any parasites found will be sent to a parasitologist for identification and see if they are native parasites or exotic ones that could pose further threats to native species.

    Gopher Tortoise Conservation and Ecology

    Mentor: Steven Whitfield

    Zoo Miami's pine rocklands habitat hosts a significant population of gopher tortoises - native threatened tortoises that construct deep burrows that provide a home for the tortoises - as well as hundreds of other species of vertebrates and invertebrates.  The Conservation & Research department is conducting a thorough study of gopher tortoises, and is conducting zoo-wide surveys for gopher tortoises burrows, observing tortoise behavior at burrow entrances using motion-sensing video cameras, investigating seed dispersal by tortoises, and conducting radiotelemetry to understand movement patterns and habitat use. 

    Amazon and Beyond: Conservation and Education

    Mentor: Lauren Emer

    The Amazon is the Earth’s largest and most diverse fluvial system. Yet few people—including scientists—are aware of the Amazon’s important freshwater biodiversity standing and need for protection of freshwater habitats. In this project, students will examine Zoo Miami visitors’  knowledge of Amazonian freshwater biodiversity and also explore the mechanisms for Amazon freshwater conservation. Data collected will be used to inform educational and conservation initiatives and in strengthening the impact of the Amazon and Beyond exhibit at Zoo Miami.


Hands-on training lets our interns develop their research and professional skills while advancing tropical research and conservation. Learn about the experiences of some of our past interns:

Brianna Chin

As part of the Spring 2018 internship cohort, Brianna worked at Zoo Miami tracking the movements of gopher tortoises throughout the pine rocklands surrounding the Zoo using a handheld radio receiver, antenna system and GPS. Through the completion of her research project, Brianna learned about Geographical Information Systems (GIS) and using two different kinds of software to keep record of GPS points. Brianna presented a poster based on her research at the 40th annual Gopher Tortoise Council Conference. Find out more about Brianna's internship experience.

Jessica Rodriguez

Jessica was an intern at the Rare Species Conservatory Foundation in Spring 2017. During her internship, she worked on a project that aimed to create a scoring system to rate the fitness of individual mountain bongo antelope - an endangered flagship species native to the high mountain forests of Kenya - to be repatriated to its native ecosystem. In her time as an intern, she gained hands-on experience in animal husbandry and creating research proposals and presentations. After the internship, Jessica worked full-time at FIU as a communications and outreach coordinator and was accepted into FIU's Earth Systems Science PhD program to research environmental policy.

Adrian Figueroa

As a Tropical Conservation Intern in Spring 2017, Adrian examined seed consumption by gopher tortoises in the globally imperiled pine rockland ecosystem surrounding Zoo Miami. He discovered that most of the tortoise seed diet comprised native species, including the seeds from the only known host plant for two federally endangered butterflies.

Daniela Leal

Daniela began her internship with Fairchild Tropical Botanic Garden in Spring 2018. During this experience she worked on the Garden's "The Million Orchid Project," which aims to restore native orchids to South Florida's urban landscapes. Daniela worked in the micropropagation laboratory and took on science education roles such as participating in STEMlab and the Discovery Program. Working at Fairchild provided Daniela with more direction regarding her path to finding a career: "Nothing can prepare you better than experience, and that is exactly how I feel about my internship." Find out more about Daniela's internship experience.