M.S. in Tropical Conservation Biology and Environmental Science

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2019 News

UH Hilo graduate student, Vanessa Zepeda, completes two internships with NASA’s Jet Propulsion Laboratory

UH Hilo graduate students in the Tropical Conservation Biology and Environmental program have the opportunity to gain valuable work experience with impactful employers. One of our students, Vanessa Zepeda has recently completed two internships with NASA's Jet Propulsion Laboratory at Caltech. Read more about her experience.


UH Hilo graduate student, Alex Bischer, works to save critically endangered palila on Maunakea

Alex Bischer is in the professional master’s internship track of the Tropical Conservation Biology and Environmental Science Graduate Program and is collaborating with researchers from a state agency and a private organization to save the palila (Loxioides bailleui), a species of Hawaiian honeycreeper. Read more about his internship experience.


The Summer 2019 Graduation List is out!

A big congratulations to Angela Beck, Maya Munstermann, Jared Nishimoto, and Corinna Pinzari -- our M.S. degree recipients! Way to go!


TCBES student, Koa Matsuoka, wins award at Hawaiʻi Conservation Conference

Congratulations to TCBES student, Koa Matsuoka, for receiving the Honorable Mention Graduate Student Oral Presentation at the 26th Hawaiʻi Conservation Conference held in Honolulu from July 9-11.


TCBES grad, Jeff Stallman, publishes paper on Hawaiian plants

Congratulations to 2019 TCBES master’s program graduate, Jeffery Stallman, on his recent paper published in the Botanical Journal of the Linnean Society! His paper shows that DNA barcodes (short sections of naturally occurring DNA in the genome) fail to accurately differentiate most of the 385 species of native Hawaiian plants that were tested - likely due to rapid speciation, high incidence of hybridization, and polyploidy, that are common in Hawaiian plant lineages. This paper was the result of a collaboration between the Smithsonian Institution and the UH Hilo TCBES graduate program including the Department of Biology and Department of Geography and Environmental Science.

Read the paper here.


Jared Nishimoto TCBES M.S. Thesis Defense!

Please join us for Jared Nishimoto's thesis defense on Tuesday, July 16th at 8:30 am in Wentworth 9!

Title: Developing an underdominance gene drive system in the southern house mosquito

Since its initial introduction to Hawaii, avian malaria has decimated native Hawaiian forest bird populations. The main vector for avian malaria, the southern house mosquito (Culex quinquefasciatus), continues to threaten the native birds and will become an even larger threat with climate change expanding the range in which both the vector and pathogen can develop. We are developing an underdominance-based gene drive system in the southern house mosquito to potentially transform and control wild mosquito populations with the goal of mitigating the decline of native Hawaiian birds. An underdominance gene drive has safety measures in that the transformed population is geographically stable and the transgene can be removed from the population if desired. Such a system has already been established in Drosophila melanogasterand was shown to remain stable for over 200 generations. In the current study, we perform the first steps to adapt this underdominance gene drive system for use in mosquitoes for the first time, by integrating a synthetic genetic construct containing a “self-docking site” in a lab colony of southern house mosquitoes. As a component of our overall gene drive system, this self-docking site is intended to allow subsequent constructs (e.g., disease refractory genes) to be site-specifically integrated in the mosquito genome. We have successfully used microinjection techniques paired with restriction enzyme mediated integration (REMI) to integrate our synthetic construct into the mosquitoes. Integration of the self-docking site gene was confirmed via PCR and sequencing data. However, the phenotype marker we used to help identify genetically modified mosquitoes from wildtype mosquitoes, a red fluorescent protein, proved ambiguous. Thus, we attempted to redesign the synthetic construct to contain an additional marker gene for better screening efficiency, but we have not yet identified a successful germline transformation of the southern house mosquito using our newly redesigned construct. Future work potentially should look at alternative methods for genome editing (e.g., CRISPR-Cas9), and construct designs (e.g., promoter and marker genes) to increase efficiency of integrating and expressing gene drive components in the southern house mosquito. Possible future integration and expression of the complete underdominance gene drive in the southern house mosquito could open up possibilities to control wild mosquito populations, whether for animal or human diseases.


The Spring 2019 Graduation List is out!

Congratulations to Andrew Cole, Eszter Collier, Renee Corpuz, Clifford Kow, Jr., Gina McGuire, Joshua Nagle, Joanna Norton, Kailey Pascoe, Jeffery Stallman, and Shea Uehana -- our new M.S. degree recipents!


Maya Munstermann TCBES M.S. Thesis Defense!

Maya Munstermann will present her Thesis Defense Seminar on Monday, July 8 from 9:00-10:00 am in STB 118.

Title: The global ecological signature of extinction risk in terrestrial vertebrates

Selective survival of species through mass extinction events has been a fundamental filter that has largely shaped contemporary patterns of biodiversity. With the current global biodiversity crisis permanently altering the biosphere, we classified 17,241 terrestrial vertebrate species with respect to their geographic range size, habitat association, method of locomotion, and feeding mode, and tested for an association between these species’ attributes and extinction threat status to better understand extinction selectivity. Results reveal diverse vulnerabilities: species with small geographic range size, aerial habitat, brachiating and jumping locomotion, or scavenging feeding are all associated with significantly elevated risk of extinction. Agriculture and logging are the primary drivers of loss across all species with elevated risk and species that are endangered or critically endangered face a significantly greater number of combined extinction drivers than species that are vulnerable or near threatened. Identification of the specific traits and drivers associated with extinction risk allows for a strategic approach to conservation in the current biodiversity crisis.


UH Hilo LOHE lab members attend American Ornithological Society conference

Faculty Pat Hart, post-doc Kristina Paxton, and graduate students Erin Netoskie, Karen Gallardo, and Marty Kawasaki from the Listening Observatory for Hawaiian Ecosstems (LOHE) lab will be traveling to Anchorage, Alaska to present research at the annual American Ornithological Society conference. Good luck to everyone!


Community Engagement Funding Opportunity for UH Hilo Grad Students

Kūlana Noiʻi Award Biocultural Community Engagement Funding: Call for Proposals (2019). UH Hilo, in partnership with Kamehameha Schools and Kuaʻāina ʻUlu ʻAuamo (KUA), we are calling for applications for the 2019 Kūlana Noiʻi Award: Biocultural Community Engagement Funding. The goal of this award is to institutionalize community-based research by providing support for students to engage with the community and/or resource managers in Hawaiʻi to foster meaningful relationships for effective research and ‘āina (land and sea) management. Awards will be approximately $500-$1000 per project. Read more details - Funding Opp instructions


Andrew Cole TCBES M.S. Internship Defense

Friday, April 19th at 11 am Andrew Cole presented his TCBES Internship project with USGS and coordinated work with the US Fish and Wildlife Service on the subject of: "How Much is Enough?: Linking Field Surveys to Geospatial Modelling for Conservation of Hawaiian Plants"


TCBES Symposium Student Awards in UH News!

Check out the article featuring the 11th Annual TCBES Research Symposium and the student award winners in the University of Hawaiʻi News.


Dominique Zarders TCBES M.S. Thesis Defense!

Please join us to learn and discuss investigations of host-shift behaviors of an interesting insect exhibiting a rare instance of using native hawaiian and non-native plants as its food and habitat source during Dominique Zarders thesis defense on Monday, April 15th at 2:00pm in Wentworth 1.

Title: Investigating Mitochondrial DNA Genes and Bioassays of Lantana Lace Bug to Assess a Possible Host Change

Understanding the causes of non-target host attacks by biological control agents is essential for improving the predictive power of host-specificity testing for insects. Testing host shifts can be challenging when rare instances of non-target attacks occur. The investigation of genetic variation within the agent species, paired with feeding and reproduction bioassays of the agent on potential host plants can provide a better understanding of control agent host-specificity. This is especially important when control agents display rare behaviors of attacking a new host species distantly related to the original host. Teleonemia scrupulosa (lantana lace bug) was first introduced to the Hawaiian Islands in 1902 as a biological control agent for the invasive plant, Lantana camara (lantana) and helped successfully control lantana throughout the Hawaiian Islands. Years later, T. scrupulosa was reported targeting a distantly related endemic plant species, Myoporum stellatum, in the absence of lantana. To better understand this rare case of non-target attack, insect-plant host bioassays and an investigation of intraspecific genetic variation using three different T. scrupulosa populations from two Islands were conducted. Results show slight mtDNA variation within one T. scrupulosa population on Hawaiʻi Island, but overall no statistically significant variation among the three populations. Bioassay results of host plant suitability indicate the Oʻahu population is more adapted to utilize not only M. stellatum but also M. sandwicense. The overall fecundity was higher on the Myoporum species among the Oʻahu population when compared to the West Hawaiʻi population. The W. Hawaiʻi population was more successful on lantana than the Myoporum species but was still able to utilize the purported non-hosts. However, the W. Hawaiʻi and the Oʻahu populations’ fecundity were statistically the same when compared on lantana. This knowledge will aid in the determination if the host shift within the T. scrupulosa population on Oʻahu is a co-adaptive trait developed after being introduced allowing certain T. scrupulosa populations to utilize other plants in the region of origin, hence leading to higher likelihood of host shifts in new localities.


Eszter Collier TCBES M.S. Thesis Defense!

Eszter Collier will present her Thesis Defense Seminar on Wednesday, April 10th at 9:00am in the Mookini library, 2nd floor CyberCANOE (LRC350) as part of the Tropical Conservation Biology and Environmental Science Program (TCBES).

Title: Mapping Biological Soil Crusts with Very High Resolution Imagery

Historical land use patterns across Hawai’i have created degraded dryland ecosystems that are at high risk for erosion. An unfortunate example of this is the Kawaihae watershed, a semi-arid landscape prone to erosion located in leeward Kohala on Hawai’i island, where offshore deposition of eroded sediments have detrimentally affected coastal marine ecosystems by decreasing habitat quality and burying important cultural sites. Due to the extensive and persistent effects of erosion, it is important to look for non-traditional agents that may help to hold sediments in place. Biological soil crusts are communities of photosynthetic microorganisms that grow over bare soil in arid and semi-arid ecosystems and are known to increase soil stability. Despite their potential to mitigate erosion, the distribution of biocrusts in degraded drylands on Hawaiʻi Island is unknown. We mapped biocrusts in the Kawaihae watershed using imagery collected by small unmanned aerial systems (sUAS) at three spatial resolutions (1.15, 2.05 and 2.80 cm/pixel). Using a pixel-based methodology, we produced classification maps with overall accuracies ≥85% at all three resolutions. As biocrust development is associated with increasing soil stability, we also explored this relationship in the Kawaihae watershed. We identified 3 different biocrust levels of development (LOD) and conducted soil aggregate stability testing at all development levels. We found that there is a significant increase in soil stability between soils without surface biocrusts (LOD score of 0) and those with biocrusts at any development level (LOD 1-3). Higher-developed biocrusts imparted greater soil stability than less-developed biocrusts, but the impact on soil stability reached a ceiling beyond biocrust LOD 1. In addition, we applied our mapping methodology to investigate the direct impacts of biocrusts on soil loss. We overlaid our classified maps with digital surface models (DSMs) from data sets covering a 2.75-year time span and found intriguing trends of varying soil loss between biocrust and bare soil areas, but more work is needed to verify these results. We also explored the effects of grazing animals on biocrust cover by comparing classified images of a grazed site and a grazing-exclusion site. Our biocrust mapping methodology can be used by researchers and land managers globally and provides insight into the role of biocrusts in erosion prevention in the Kawaihae watershed and similar arid/semi-arid landscapes.


Shea Uehana TCBES M.S. Thesis Defense!

TCBES graduate student Shea Uehana will present his Master's Thesis defense this Tuesday, April 9th at 1pm in W14.

Title: Further Investigation of the dendrochronological potential for Māmane (Sophora chrysophylla) on Maunakea, Hawaiʻi

In order to better understand and predict the future effects of global climate change, researchers must utilize methods that allow accurate interpretation of pre-instrumental environmental conditions. Dendrochronology is especially useful because of its ability to utilize climate proxies spanning tremendous spatial and temporal scales in the form of tree rings. The construction of a global network of tree-ring chronologies is already well underway, but temperate bias has resulted in an underrepresentation of the tropics. The Hawaiian Archipelago provides a unique opportunity to gather tree ring data from an undersampled region of the eastern tropics. We used classical dendrochronological methods to expand on previous research on Hawaiʻi Island, adding trees from an additional site, Puʻu La‘au, and extending the tree-ring chronology for māmane (Sophora chrysophylla) from 86 years to 173 years. We also investigated the dendroclimatic potential of our longer chronology and found that older māmane trees at Pu’u La’au do not appear to exhibit a strong enough growth-climate relationship to be utilized for climate reconstruction.


Kailey Pascoe TCBES M.S. Thesis Defense!

TCBES graduate student Kailey Pascoe will present her M.S. thesis defense on Tuesday April 9th at 3pm in Wentworth 1. Her presentation will also be streamed live on TCBES Facebook Page.

Title: Coral reef community structure and demographics act as drivers of partial mortality in corals throughout the Papahānaumokuākea Marine National Monument.

Understanding the association between coral community demographics and coral health is critical in the face of increasing environmental stressors driven by an ever-expanding human population. Within the last several decades, reefs around the globe have seen substantial increases in levels of coral disease as well as large-scale outbreaks and mortality. Corals are constantly experiencing partial mortality lesions, fusion, and fission. These conditions are affected by demographics, environment, competition, reduced health, disease, and natural disturbances. Corals exhibit highly variable levels of partial mortality, which is a useful indicator of overall coral health, thus it is important to identify drivers of this condition. This study examines monitoring data on coral health and disease from surveys (n= 4449) conducted throughout the Papahānaumokuākea Marine National Monument (PMNM) for the Reef Assessment and Monitoring Program. Linear mixed-effects models were used to identify characteristics of coral community structure and demographic parameters that were associated with partial mortality of corals. A significant latitudinal gradient was evident in both coral demographic parameters as well as partial mortality, with high latitude atolls exhibiting the lowest mean values in coral size, density, diversity and the highest mean values for partial mortality. The results from the linear mixed-effects models showed coral partial mortality is predicted by the size of individual colonies (0.02±0.26(S.D.)), density (-0.33±0.07(S.D.)), species diversity (-0.03±0.01(S.D.)), and colony morphology. Colony size showed a strong positive relationship with partial mortality, whereas density and diversity showed slightly negative relationships with partial mortality. Branching and mounding morphologies exhibited the strongest effect on coral partial mortality. These comprehensive statistical analyses provide useful insight into understanding the dynamics of coral health throughout the PMNM. Identifying characteristics of coral colonies and communities that are susceptible to reduced health and disease plays an important role in enabling scientists and managers to predict how reefs will adapt and change in the face of increasing environmental stressors.


Joanna Norton TCBES M.S. Thesis Defense!

Joanna Norton will present her Thesis Defense Seminar on Monday, April 15th at 1pm in Wentworth 9 as part of the Tropical Conservation Biology and Environmental Science Program (TCBES).

Title: Can Compost from a Nitrogen-Fixing Tree, Falcataria moluccana, replace chemical fertilizer and store carbon in agricultural systems?

The challenges of food production, invasive species control, and climate change are intersecting, as they all stem from our ongoing use of land and energy on a global scale. In east Hawaiʻi, two problems involving these issues are reflective of global trends. First, an expansion of agriculture is needed here, yet crop lands are typically depleted from prior farming and demand fertilizer inputs that are environmentally costly. Second, the invasive, nitrogen-fixing tree albizia (Falcataria moluccana) is dominating landscapes and altering ecosystems with rapid cycling carbon and nitrogen inputs.,These two trends are predicted to intensify with climate change. Yet each of these problems could hold a remedy for the other problem,using practices described in the new field of climate-smart agriculture (CSA). Hawaiʻi Island presents a unique opportunity to test if accumulated nutrients from albizia growth can benefit agricultural systems lacking in fertility, due to the intensity and grave consequences of the albizia invasion, as well as the underutilization of agricultural land and lack of food self-sufficiency in Hawaiʻi. This study examines whether compost from albizia can replace chemical fertilizer and store carbon in agricultural lands in East Hawaiʻi. Trials were conducted over one growing season, including two crops, corn and cassava, and 4 replicates across a spectrum of East Hawaiʻi farmland sites representative of varying soil conditions and land use history. Treatments included a control, a typical application of chemical fertilizer (1N nitrogen applied), two levels of albizia compost (1N and 2N levels of nitrogen applied), and two levels of combinations of chemical fertilizer and compost (1N and 2N). Harvest yield results showed that the albizia compost was not an adequate replacement for chemical fertilizer in the corn crops. In the cassava crops, albizia compost produced yields equal to chemical fertilizer. Variation among locations and within locations was larger than variation due to treatment in the cassava trial, but results suggest that the compost application was more effective on more degraded farm sites. Economic and carbon costs associated with the chemical fertilizer and albizia compost were generally not different across treatments, and a partial analysis of carbon gained or lost was also similar across treatments. The results of these field trials show that CSA using albizia compost can be a viable and equivalent method to chemical fertilizer, depending on characteristics of the site and the crop species.


CJ Kow TCBES M.S. Internship Defense!

TCBES graduate student CJ Kow will present his M.S. internship on Monday, April 8th at 9am in UCB 127.

Title: Understanding How Visitor Demographics Affect Scientific Learning at the Mokupāpapa Discovery Center

Students in the Hawaiian K-12 school system have consistently scored below the national average for proficiency in science. The Department of Education has implemented new “Next Generation Science Standards” for the 2019-2020 school year to increase the statewide average scores in science proficiency. With an emphasis on informal science, many educators are looking for resources that can help to improve the ability of their students to understand complex science topic. This study was conducted at a local science center, Mokupāpapa Discovery Center, to determine if visitor demographics are statistically associated with time spent at science exhibits. Visitors were observed over a two-month period, and observational data was collected and analyzed to determine if the ‘total time’ spent at each exhibit varied significantly based on the age or gender of the visitors. This study found statistically significant associations among the amount of time spent at various exhibits and visitor demographics. The most popular exhibits identified by this study were used to create a set of criteria, known as LASTING, that can be applied to other exhibits to increase total visitor time and target larger audiences. The overall goal of this project is to help cultivate scientific outreach exhibits to enhance STEM educational opportunities for K-12 students in Hawaiʻi.


Marty Kawasaki TCBES M.S. Thesis Defense!

TCBES graduate student Marty Kawasaki will present her Master's Thesis defense this coming Thursday, April 4th at 2PM in STB 118. See below for more info!

Title: "The urbanization of the Hawaiian stilt: Meeting the new neighbors"

The unique geography of Hawaiian wetlands on older islands create isolated habitats that have been degraded by the increase of western anthropogenic effects, leading to an overall reduction in functional waterbird habitat. The critically endangered Aeʻo or Hawaiian stilt, Himantopus mexicanus knudseni, navigates the heterogeneous landscape surrounding Hawaiian wetlands. Hawaiian stilt populations have been slowly recovering since the 1900s when numbers were devastated. Previous observational studies on Hawaiian stilt have demonstrated them to be a highly mobile species making them difficult to track across urban environment. The uses of GPS solar satellite tracking devices have offered a glimpse into the dynamic habitat uses of Hawaiian stilt. Over a six month period four Hawaiian stilts were fitted with GPS solar satellite trackers, their individual and daily movements were summarized by the habitat types they visited. I will discuss the highly variable movements I observed between individuals, and daily habitat use shifts from water dominated habitats to the more urban developed areas of Oʻahu.


Gina McGuire TCBES M.S. Internship Defense!

Join us for TCBES M.S. candidate Gina McGuire's internship presentation on Thursday, March 28th at 9am, in UCB 127.

Project title: Applying Makawalu to Midway Atoll's Visitor Program, Kuaihelani, Papahānaumokuākea Marine National Monument

UH Hilo TCBES Masters Defense: Applying Makawalu to Midway Atoll's Visitor Program, Kuaihelani, Papahānaumokuākea Marine National Monument on Thursday, March 28th at 9am, in <span class=UCB 127">

Jeff Stallman TCBES M.S. Thesis Defense!

Congratulations to Jeff Stallman on a successful M.S. thesis defense on March 7th titled: "Taxonomy of Hawaiʻi Island’s Lepiotaceous (Agaricaceae) Fungi: Chlorophyllum, Cystolepiota, Lepiota, Leucoagaricus, Leucocoprinus"


Journal publishes largest collection of scientific publications by Native Hawaiians

An interdisciplinary group of researchers from the University of Hawaiʻi teamed up with colleagues from other universities and several Native Hawaiian communities to compile conservation findings in a special issue of Sustainability that will be the largest collection of scientific publications made by Native Hawaiians. The group’s work focuses on biocultural restoration in Hawaiʻi. Read the full article on the University of Hawaiʻi News webiste.


Students Karen Gallardo, Ashley Pugh, and Megan Hillery organized a successful, first-ever Women in STEM conference at UH Hilo!

On February 12th, the inaugural Women in STEM conference was held on the UH Hilo campus to discuss the current state of affairs for women in the fields of science, technology, engineering and math (STEM). The conference was sponsored by the UH Hilo Women’s Center, TCBES MATERS Club and the Office of Equal Opportunity and Affirmative Action. To learn more about this great success, read the article and enjoy the pictures of the speakers and the opening ceremony!


UH Hilo students featured in the University of Hawaiʻi News for the use of cutting-edge technologies to study invasive mosquitoes

Read the article and watch the video to learn more about how UH Hilo graduate student, Jared Nishimoto, and undergraduates under the supervision of Dr. Jolene Sutton are developing genetic technologies that will help control invasive mosquitoes in Hawaiʻi.


UH Hilo faculty, Dr. Matt Knope, is using his own classroom to examine best practices in undergraduate research experiences

CURE (Course-based Undergraduate Research Experiences) have proven effective for a wide-variety of student learning objectives and Matt Knope, along with his collaborators at Arizona State, are investigating which model of scientific inquiry results in better outcomes for students. Read the full article for more information.


TCBES Student Sabena Siddiqui talk on experience at the 2019 International Whaling Commission meeting in Brazil

Graduate student Sabena Siddiqui will be giving a campus wide talk on a "First-Hand Behind the Scenes" account of the 2018 International Whaling Commission meeting in Brazil, January 23 from 3-5 PM in Campus Center Room 301.

Light snacks and refreshments will be served with a raffle drawing at the end of the event. Special Restrictions: Must have a valid Spring 2019 UH Hilo ID. For more information, please see the attached flyer or contact: uhhsac@hawaii.edu, (808) 932-7374.

SAC talks: Behind the scenes at the International Whaling Commission: The whales are not saved yet. Join the Student Activities Council and TCBES graduate student, Sabena Siddiqui, for an engaging talk on her presence at the 2018 International Commission in Brazil. Light snacks and refreshments will be served (while supplies last) with a raffle drawing at the end of the event. January 23, 2019 from 3pm - 5pm campus center 301. Must have a spring 2019 validated UH Hilo student ID to participate


TCBES Graphic Contest!

We're holding a graphic contest for this year's TCBES Research Symposium! The winner will have their artwork featured on the programs and advertisements, as well as win a prize! Anyone is welcome to submit their art by the deadline Feb. 15th, 2019. See the flyer for more details.

TCBES Symposium Graphic Contest looking for art submissions to be featured on the symposium program. Deadline is Feb. 15th, 2019 and winner will also receive a prize!

2018 News

TCBES Alumni Shine:

Nicole DiManno Martin wins 2nd place for RCUH Outstanding Report Staff for 2018!

Watch the video!

Margaret "Peggy" Farias becomes President of local family company, W.H. Shipman Ltd

Hawaiʻi Tribune-Herald Story


Congratulations to the newly elected TCBES Mater Club Officers!

  • President - Karen Gallardo
  • Vice President - Ashley Pugh
  • Secretary - Erin Netoskie
  • Treasurer - Leah Sherwood

TCBES student attends International Whaling Commission in Florianopolis, Brazil!

TCBES student, Sabena Siddiqui, is the Student Chair for "the world's oldest whale conservation organization", the American Cetacean Society (ACS). She helps mentor and guide student leaders of campus groups and was chosen by the ACS board to represent the organization as an NGO observer at this year's International Whaling Commission in Florianopolis, Brazil! She has been attending working groups discussing topics such as conservation, aboriginal subsistence whaling, and whale killing methods & welfare issues, as well as strategic meetings with US and international NGO's.

To learn more, follow Sabena's blog and check out ACS on social media.


The Summer 2018 graduation list is out!

Congratulations to Kamala Anthony, Cherie Kauahi, Nicole Fernandez, Geneviève Blanchet, and Ilana Stout -- our new M.S. degree recipients!


TCBES students Cherie Kauahi and Kamala Anthony's research featured in television program episode

Community based research on fishponds (loko i'a) by TCBES students and faculty featured in a new video, Adapting Culture to Climate Change. This episode of the television program Voice of the Sea focuses on projects developed with the Pacific Islands Climate Adaptation Science Center (PI-CASC). The film highlights work by TCBES Master's students Cherie Kauahi and Kamala Anthony, and faculty member Dr. Stephen Colbert, who's research was developed through a UH Hilo program called the Manager Climate Corps as a part of the PI-CASC. The episode features local partner Hui Hoʻoleimaluō and also describes a larger effort that manages and restores loko iʻa across the Hawaiian Islands and involves hundreds of other kiaʻi loko, owners, workers, supporters, and stakeholders in a statewide hui (network) called, Hui Mālama Loko I‘a. To learn more about Cherie and Kamala's manager-driven research and their support of location adaptation through change, please explore their website.


UH Hilo TCBES reward recipients at the 25th Hawaiʻi Conservation Conference recognized in the Hawaiʻi Tribune Herald!

Congrats to Geneviève Blanchet and Koa Matsuoka! Read the article in the Hawaiʻi Tribune-Herald.


UH Hilo TCBES students made great ground at the 25th Hawaiʻi Conservation Conference!

Special congrats to Geneviève Blanchet and Koa Matsuoka for receiving the student award for outstanding graduate oral presentation and runner-up for outstanding graduate poster presentation respectively.

Other TCBES students and recent graduates that presented talks and posters are:

  • Karen Gallardo Cruz, MSc TCBES student: Poster presentation
  • Rose Hart, Alumni MSc TCBES (Spring graduation): Poster presentation
  • Marty Kawasaki, MSc TCBES student: Poster presentation
  • Angalee Kirby, MSc TCBES student: Poster presentation
  • Jessica Kirkpatrick, Alumni MSc TCBES (Spring graduation): Oral presentation
  • Kristina Montoya-Aiona, MSc TCBES student: Oral presentation
  • Maya Munstermann, MSc TCBES student: Poster presentation
  • Kaikea Nakachi, MSc TCBES student: Forum organizer
  • Joanna Norton, MSc TCBES student: Oral presentation
  • Jeff Stallman, MSc TCBES student: Oral presentation and Wiki presentation
  • Dominique Zarders, MSc TCBES student: Oral presentation

Visit HCC website for the detailed abstracts.

Way to go TCBES!

Karen Gallardo

Joanna Norton


The Spring 2018 graduation list is out!

Congratulations to Louise Economy, Lynx Gallagher, Rose Hart, Jessica Kirkpatrick, Amy Shimabukuro-Madden, Kathryn Van Dyk, and Jorden Zarders-- our new M.S. degree recipients!


Congratulations to TCBES student Eszter Collier

Our TCBES student Eszter Collier won two different scholarships to help fund her Masters' thesis project. She won one $1,000 from the Society for Conservation Biology and $1,000 from the Hawaiʻi Geographic Information Coordinating Council (HIGICC). Congrats to Eszter!


MS thesis defense by Kamala Anthony

Please join us for Kamala Anthony’s M.S. thesis defense on Tuesday, July 10, 2018, at 3:30pm in Wentworth 1.

Title
Malama lokoia: Salinity and primary productivity relationships at Honokea loko, Hale o Lono, and Waiahole/Kapalaho on Hawaiʻi Island, HI.
Abstract
Along the coastlines of the Hawaiian Islands, there is a valuable and critical resource known for its brackish water habitat – loko i‘a (Hawaiian fishponds). They are dynamic systems dependent on the balance between fresh groundwater inputs from uka (uplands) and landward flow of kai (seawater), which all vary depending on the behavior of our climate, including rainfall, tides, and storms. This nutrient rich groundwater meeting the seawater at the coast allows for an abundant growth of limu or primary productivity attracting many of Hawaiʻi’s favorable native brackish water and herbivorous species. Having an intimate relationship with this natural coastal nursery, Hawaiians effectively modified these coastal habitats into loko i’a to provide a sustainable food source for the communities in which they reside. In support of these invaluable resources and practices, this study seeks to understand primary productivity and salinity relationships along the same coastline at Honokea Loko of Waiuli, and Hale o Lono and Waiahole/Kapalaho of Honohononui, HI. Through weekly water quality monitoring by kiai loko (fishpond caretakers), biweekly water column sampling, and benthic primary productivity experiments, salinity was found to be strongly correlated to many physical water properties and benthic primary production across all sites. Due to these strong correlations, loko i'a communities would greatly benefit from these methodologies to quantify the variability of environmental changes through time and specific impacts of climate phenomena, changes in rainfall and sea level. These factors have the potential to interfere with primary productivity and alter loko i’a systems interactions entirely.

MS thesis defense by Cherie Kauahi

Please join us for Cherie Kauahi’s M.S. thesis defense on Friday, July 6, 2018, at 10 am in Wentworth 1.

Title
Hydrology of three Loko Iʻa, Hawaiian fishponds, on the eastside of Hawaiʻi Island, HI
Abstract
Groundwater is a primary source of nutrients for loko iʻa (Hawaiian fishponds) in Hawaiʻi. However, freshwater inputs are variable in these dynamic coastal ecosystems. The focus of this study was to (1) understand the changes in relative groundwater flow through time, (2) determine differences in groundwater composition among shoreline and loko iʻa springs and (3) determine how climate change may impact these groundwater dependent ecosystems. Three groundwater fed loko iʻa kuapā were the focus of this study: Honokea, Hale o Lono and Waiāhole loko iʻa, in Keaukaha, HI. Through time series measurements, the application of mass balance equations and Darcy’s Law, groundwater flow was found to vary at time scales of months and seasons. Furthermore, positive relationships between relative groundwater flow and rainfall were significant. Sampling of springs determined differences in groundwater chemistry, with the highest NO2 + NO3 at Waiāhole and the highest PO4 at Honokea. Based on d18O, the elevation in which rainfall occurred that contributed to regional recharge of aquifers feeding loko iʻa and shoreline springs ranged between 400 and 900 m, with the elevation of source water increasing at springs farther east. Predicted increases in rainfall between 20-40% could increase groundwater flow equivalent to that observed after >75 mm of rain over a 48 hr period. Future sea level rise, 0.4 m by the year 2040, will result in the daily high tide salinity increasing from 3-8 to >16. This study provides baseline information for managers restoring these unique environments to prepare for future changes in loko iʻa hydrology. Furthermore, the methods used here can be applied to larger groundwater dependent ecosystems throughout Hawaiʻi.

TCBES students and faculty involved in response to Kilauea eruption

Watch the CNN video featuring a recent TCBES graduate, Rose Hart, and faculty member Jon Price.


MS thesis defense by Nicole Fernandez

When
Friday, June 8th at 10am
Where
STB226

Nicole will be presenting her work on the 'Omao (Myadestes obscurus), come and support her at her defense!


New TCBES Car Rental Email and Supply Services

The TCBES cars can now be rented with Jeremy at tcbescar@hawaii.edu.
Although we will try our best to accommodate everyone, try booking the car as early as possible to avoid disapointment.
- TCBES 4 Runner Sign-Out Form $50/day - TCBES Ford Escape Hybrid Sign-Out Form $30/day

We also have created a new service where TCBES students and affiliates can borrow equipment for free from TCBES. Please view the list of items on our Support Page. You can request equippment from Jeremy at tcbessup@hawaii.edu.


MS thesis defense by Geneviève Blanchet

When
Thursday, June 14th at 11am
Where
Wentworth 1
Title
Genomic diversity of the critically-endangered 'Alalā (Corvus hawaiiensis) early and late-bottleneck
Abstract
Genetic diversity is often reduced in bottlenecked populations, which can lead to problems like inbreeding depression and reduced adaptive potential. One example of a bottlenecked species that is experiencing negative genetic consequences is the ‘alalā (Hawaiian crow; Corvus hawaiiensis). The ‘alalā suffered a century-long bottleneck, and became extinct in the wild in 2002. After decades of captive breeding, 11 individuals were successfully released back into the wild in October 2017, representing the first step in a long-term reintroduction effort. To aid this species recovery program, we have begun assessing genome-wide diversity in the ‘alalā. In this study, we used a single nucleotide polymorphism (SNP) capture approach to test for loss of allelic diversity and heterozygosity between two sets of samples: museum and modern. Museum specimens were collected in the early bottleneck period (circa 1890), and modern individuals were sampled during years in which the population reached its smallest size (circa 1990). Preliminary data analysis suggests no loss in overall genetic diversity – measured as the number of SNPs per bird – between groups, but genetic structuring is present between museum and modern samples. If these preliminary findings are confirmed by our on-going, in-depth analyses, this would suggest that the ‘alalā population was relatively small with low genetic diversity before the bottleneck event.

MS thesis defense by Ilana Stout

When
Thursday, June 7th at 2 pm
Where
Wentworth 9
Title
Perpetuating Agricultural Heritage: Saving Seeds and Stories on Hawaiʻi Island.
Abstract
The saving and exchange of seeds and other germplasm is an essential component of in situ conservation of agricultural biodiversity. This qualitative research project identified people who keep seed on Hawaiʻi Island, collected their stories of heritage varieties of seeds, interviewed them about their motivations for seed saving and exchange, and examined their challenges. Seed savers cite a wide range of motives for keeping and sharing seed and identified specific challenges to effective seed saving here in Hawaiʻi. The findings from this study may be useful to academic and non-profit organizations that seek to encourage seed saving and enhanced seed exchange networks in the Hawaiian Islands. Strategies for further identifying and collecting the stories and germplasm of rare heritage varieties through citizen science methods are discussed.

MS Internship Presentation by Katie van Dyk

Katie van Dyk is a TCBES Internship Track student and will give a public presentation of her work on Friday May 25 at 11:00AM in Wentworth 14. The title of her talk is: "Pollination in Hawaiian Forest Birds"


Congratulation to TCBES student Jeff Stallman

TCBES master student Jeff is making news with his research on "Genome research for worldwide Smithsonian project" on Compositae (daisy family) found on Hawaiʻi Island. Great job Jeff!
Research at UH at Hilo Very interesting research done here at UH at Hilo on was picked up by The Walstreet Journal Hawaiʻi’s Cesspools Threaten Drinking Water, Tourism Sewage from holes of human waste have state lawmakers scrambling to find a fix

Congratulations to all the people involved in this great research:

  • Faculty: Steve Colbert, Jim Beets, Lisa Muehlstein
  • TCBES students (at the time of project): Leilani Abaya
  • PIPES: Maile Aiwohi, Evlyn Braum (UH Manoa), Rick Tabandera, Devon Aguiar, Jazmine Panelo, Bryan Tonga, Belytza Veretez, (U of Puerto Rico) - all UHH MARE unless otherwise noted
  • Volunteer: Chelsea Wong (UHH MARE)
  • STEM Honors, Sigma Xi: Carrie SooHoo (UHH MARE)
  • EPA GRO: Serina Kahilii (UHH MARE)
  • Technician: Kailea Carlson (former TCBES), Lindsay Kramer
  • Puako Community Association
  • South Kohala Conservation Program: Sierra Tobiason (UHH MARE, TCBES)
  • The Nature Conservancy: Chad Wiggins (UHH MARE), Rebecca Most (TCBES)
  • UH Manoa/TNC: Courtney Couch

TCBES Cars are Back on the Road After a few weeks of repairs, both TCBES 4Runner and Ford Escape Hybrid are back on the road! Reserve them by contacting Katie at kvandyk@hawaii.edu


Congratulations to our Fall 2017 graduates

Congratulations to our new TCBES M.S. graduates Laura Crane, Heather Nahaku Kalei, Blaine Luiz, and Hokuokahalelani Pihana.


Congratulations to Dr. Jonathan Koch

Jonathan Koch Dr. Jonathan Koch was awarded the prestigious 2018 Smith Fellowship to study genomic diversity of Hawaiian bees! Find the full story on the Society for Conservation Biology News page, on UHH news page, on the UH System News page, in the Hawaiʻi Tribune Herald, and on Big Island News Now.


Congratulations to TCBES student Kathryn van Dyk

Katie is a recipient of the Hawaiʻi Audubon Society Research Grant for her project: “Important Plants for Nectarivorous Birds in Continuous and Naturally Fragmented Forest on Hawaiʻi Island”.
Way to go Katie! Katie van Dyk in the Hawaiʻi Audubond Society Publication ʻElepaio


10th Annual TCBES Symposium Abstracts Accepted

Aloha TCBES 'Ohana, On behalf of the TCBES Club, it is with great pleasure that I announce abstracts are now being accepted for the 10th Annual Tropical Conservation Biology and Environmental Science Research Symposium! This year's theme is "Engaging Culture and Science in Hawaiʻi." This event will be held on April 5th and 6th in Campus Center Room 301. Please consider submitting an abstract for either a 5 or 15 minute talk, or a poster presentation. All poster presentations will be held on Thursday, April 5th, from 5:00-7:00 PM in Campus Center Room 301. Abstract submission closes at 11:59 PM on February 23, 2018. Please follow the link to submit an abstract and register!

2017 News

2017 Funding Opportunities

The Funding List Compiled by TCBES Cohort 2017 is now available here


Congratulation to TCBES student Jessica Kirkpatrick

Jessica won the 1st Place 'President's award' in her section, Systematics, Evolution and Biodiversity - Hemiptera at the Entomological Society of America Annual Meeting last week in Denver, CO.

Jessica's 8-minute talk was entitled:

"Demographic data informs a habitat restoration plan for Nysius wekiuicola on the summit of Maunakea Volcano, Hawaiʻi"

Jessica will receive $75, 1-year Membership in the Society, and a certificate.

ENTSOC Student Competition Systematics, Evolution, and Biodiversity Section


Representing TCBES!

UH Hilo entomologist Jonathan Koch and his collaborators win runner-up award in national video competition hosted by the Entomological Society of America. View the full video and interview

Dr. Jonathan Koch is also being selected as a semi-finalist for the David H. Smith Conservation Research Fellowship Program, Class of 2018. His proposal title is, "The nalo meli kama‘āina project: Characterizing population genomic diversity of imperiled Hawaiian Hylaeus bees to inform stakeholders on in situ breeding and habitat management strategies”.

Way to go Jon!


MS thesis defense by Hokuokahalelani Pihana

When
Wednesday, November 15 at 5pm
Where
Wentworth 14

Effects of the Coral Disease, Growth Anomaly, on Exosymbiotic Invertebrate Community of the Coral, Porites lobata

Abstract
Pohaku puna (Porites lobata, Dana, 1846) is a foundational coral speices found throughout coral reef systems in Hawaiʻi that are of cultural and ecological importance. Local and global anthropogenic impacts to coastal environment make pohaku puna and other coral species vulnurable to diseases and other afflicitons. Growth anomaly (GA) is a disease that has been identified on other coral species as abnormal tissue growth that increases mortality and hinders biological functions such as growth, digestion, defense, and feeding which results in reduced fecundity. This study developed a morphological definition of GA on pohaku puna colonies, in comparison to healthy (H) colonies, based on the difference in mean polyp density (H=4.1polyp/cm2, UA = 3.2 polyp/cm2, GA=2.9polyp/cm2), mean individual polyp diameter (H=1.2mm, UA=1.6mm, GA=1.8mm), and mean distance between coral polyps (H=2.0mm, UA=1.6mm, GA=2.7mm). Of these, the distance between coral polyps was the only parameter that showed significant difference between GA, UA, and H. Additionally, 12 pohaku puna colonies were examined over 6 months to determine any differences in exosymbiont species assemblage between GA afflicted and unafflicted pohaku puna colonies. No significant differences were found in exosymbiont species diversity (p-value > 0.05) and density (p-value > 0.05) between GA afflicted and unafflicted pohaku puna colonies suggesting that the presence of GA afflictions on pohaku puna does not impact exosymbiont assemblage. These results suggest there to be little impact to exosymbiotic community assemblage from this disease and the relationships amongst these host corals and their exosymbiont invertebrates are resilient to this particular disease. The size of the individual colonies and the proportion of the coral surface area occupied by GA could be a factor also and can be further investigated in future studies. It is important to note that this disease could potentially impact whole reef ecosystem structure by negatively effecting coral physiological processes and biological functions. In order to further eluciade the effects of coral GAs to whole ecosystem health and productivity future studies need to be more longitudinal and must examine the impacts to the physiological and ecological processes at the community and ecosystem levels.

YouTube Entomology Conference

Congratulations to Jonathan Koch, University of Hawaiʻi Hilo (TCBES), for co-producing with Ethel M. Villalobos, University of Hawaiʻi Manoa; Jonathan Wright, Hazard Design a YouTube video “The Odd Couples” that won the runner-up (2nd place) at the 2017 YouTube your Entomology Conference in Denver, Colorado! View the full video narrated by Jon here.

Since 2009, ESA (Entomological Society of America) has hosted its annual video contest, which has drawn submissions from a broad range of entomologists on a wide variety of topics, to promote the use of video to showcase the world of insect science. In 2017, 35 entomology videos were submitted for consideration. View the five finalist videos here.


MS thesis defense by Corinna Pinzari

Corinna Pinzari will present her TCBES Thesis Defense Seminar on Tuesday November 14 at 9AM in W14.
The title of her presentation is:

Genetic Variation, Population Structure, and Morphology of an Endemic Bat, Lasiurus cinereus semotus (Chiroptera: Vespertilionidae) Across the Hawaiʻian Islands

Abstract
Describing the connections between islands and assessing meta-populations are required to effectively manage an endemic, seasonally migrant bat species with an observed archipelago wide distribution. An innovative technique to characterize the connectivity among populations is to evaluate the genetic similarity between individuals sampled from among and within islands. By combining mitochondrial and nuclear molecular markers, we can identify how island groups may differ between populations, sexes, and estimate relative abundances. One mitochondrial and six nuclear microsatellite markers were used to explore genetic connectivity among and within three islands inhabited by the endangered Hawaiian hoary bat (Lasiurus cinereus semotus). Employing the resources of an existing collection of bat tissue samples (~140) from the four major islands (Kauai, Hawaii, Maui, and Oahu) and applying classical population genetics analyses, I tested for potential population structure; quantified levels of genetic variation, genetic distance, and gene flow in bats among and within the Hawaiian Islands; estimated both historical long term female effective population size, contemporary effective population size, and checked for patterns of past bottleneck events. In order to accurately measure degree of population structure and phenotypic variation with respect to sex, I conducted genetic sex determination tests on bat samples from both live and desiccated specimens. In addition to exploring potential island population structure, I also examined the morphological characteristics of bat skull and wing size, with respect to island, mitochondrial clade, and sex. This project offers the most complete and current data set of population level information, describing the genetic diversity and geographic structure of Hawaiʻi’s only endemic terrestrial land mammal. This study contributes demographic information, sex determination techniques, and banking of diverse DNA samples available for future genomic sequencing, to support management and recovery of an endangered species. Research results may provide support to state and federal agencies tasked with balancing the demands of sustainable wind generated energy and wildlife conservation in Hawaii.

MS thesis defense by Jorden Zarders

When
12:30 p.m. Tuesday, November 14, 2017
Where
STB-226
Title
Invasive Arthropod Monitoring for University of Hawaiʻi Managed Lands and Facilities for Maunakea
Abstract
This study documents the occurrence of non-native arthropod threat taxa collected during 2015-2016 at the summit region (2800-4000m elevation) of Maunakea, Hawai’i. I assessed and recorded sampling efforts, arthropod species and morphospecies diversities and trapping techniques at subalpine (Halepōhaku, 2800m) and alpine (Astronomy Precinct, 4000m) proposed astronomy facility construction related staging sites over an eleven month monitoring period. Potential invasive arthropod species detections consisted almost entirely of spiders for all sampling efforts, with the notable exception of a single ant species found at the 2800m Halepōhaku site. Sampling efforts appeared effective at detecting threat and non-threat morphospecies evaluated through species accumulation curves. Non-threat arthropod morphospecies accounted for approximately 50% of trap captures, and occasional new morphospecies detections continued throughout the duration of the sampling period. Baited sticky traps detected threats at greater rates than other trapping techniques and this method accounted for 80% of the total threat taxa captured, whereas non-threat taxa were captured more using baited sticky and yellow pan traps than other trapping technique. Evaluations suggest that regular monitoring throughout the year with the methods tested will be likely to encounter rare potential threat taxa so that mitigation efforts (via physical, chemical, or biological control methods) could be enacted to reduce the overall threat risks associated with invasive arthropods. Regular inspection of facilities and locations directly associated with telescope or land management activities on Maunakea is limited to University of Hawaiʻi (UH) managed lands at the summit region and does not include sites elsewhere around the island. This study explores the presence of ant occurrence at support facilities and vehicle pathways associated with telescopes and land management activities on UH managed lands. To evaluate potential invasive arthropod threat introduction source point sites, surveys were conducted using baited vials, and vehicle pathways evaluations compared threat taxa incidence rates between washed and unwashed vehicles. Surveys of telescope support sites and facilities revealed ant presence existed primarily in developed urban locations in Hilo and Waimea, and was very limited at higher elevation sites at the southern flank of Maunakea. However, the ant species (L. humile that poses the greatest threat to the summit region (~4,000m) were only found between 2,000 and 2,150 m around areas along the route traveled to the summit. Vehicle pathway assessments revealed that vehicles subject to OMKM recommended decontamination procedures have fewer incidences of threats, and that threat Formicidae was detected using multiple distinct sampling methods, and these methods should be used to ensure detection.

MS thesis defense by Jessica Kirkpatrick

When
Tuesday, November 14 at 9:00 am
Where
Kanaka‘ole Hall 126 (K126)
Title
An Assessment of Nysius wekiuicola Distributions and Micro-Habitat Conditions on Cinder Cones of the Maunakea Volcano, Hawaiʻi.
Abstract
The Hawaiian endemic wēkiu bug (Nysius wekiuicola) is a carnivorous scavenger species that inhabits cinder cones above ~3,500 m elevation on the summit of the Maunakea volcano, Hawaiʻi. Currently, there are 13 astronomical observatories on Maunakea with 8 facilities located on cinder cones classified as wēkiu bug habitat. Three of the 13 observatories are expected to be decommissioned within the next decade although, it is unknown how many of these facilities will be in wēkiu bug habitat. The Maunakea Comprehensive Management Plan requires observatories to implement a habitat restoration plan for arthropod species. Baseline information on species habitat use through time and the environmental conditions in which arthropod species exist are necessary for a habitat restoration plan. Wēkiu bug activity, demography, and distributions were assessed on two cinder cones for 1 year using a stratified random sample design. Trap sites were stratified by cinder cone aspect, mineral type, and slope and were sampled 6 times from June 2016- 2017. Captured wēkiu bugs were recorded and released. Wēkiu bug activity and associated distributions were mapped, demography was compared, and a generalized linear model was used to assess the influence of habitat characteristics (aspect, mineral type and cone section) on wēkiu bug distributions. During each trapping effort, thermal micro-habitat conditions were measured on the North/ Northeast and South/ Southwest aspects of cinder cones with environmental data loggers. Temperature data logger sensors were placed at varying depths throughout the insects’ habitat space (at the surface, mid surface, and ash layers of the cinder substrate). Micro-habitat temperatures were compared within and between sites for all sampled months. Degree day accumulations of thermal development were also calculated to assess the relationship between captures and accumulated degree days. Our results suggest that wēkiu bugs captures (includes demography of ages of bugs) were variable between cinder cones and within cinder cones throughout the year. Wēkiu bugs were mainly distributed on the North top sections of the cinder cone in all months except January, where high densities of bugs were captured on the South slope. This suggests that the differing aspects of a cinder cones provide a habitat refuge for wēkiu bugs during snow events. Our model indicated that aspect and cone section influence wēkiu bug distributions. Specifically, bug captures increase as you move from the bottom section of the cone to the top of the cone, with the highest captures predicted to be on the Northeast aspects and the lowest captures on the Southwest aspects. No significant relationship was found between degree days and bug captures. Temperature data suggests that various microclimates exist throughout the cinder cone habitat at any given time. This provides the wēkiu bug with a wide range of temperatures throughout their habitat space. The ash layer appears to provide an important microclimate for the wēkiu bug, as temperatures rarely reach below freezing. The Southwest aspects of cinder cones recorded the highest maximum and lowest minimum temperatures than all other aspects. On average, the South slopes experienced slightly warmer and cooler temperatures than North slopes. We recommend that habitat restoration efforts focus on preserving 360-degree contiguous cinder cone habitats for the continued persistence of the wēkiu bug. Restoring decommissioned sites with diverse cinder substrates and ash depths can provide the insect with micro-habitats and thermal conditions that are similar to other areas on the cinder cone.

Rose Hart recofnized at 2017 Math-for-Industry Conference

Congratulations to Rose Hart for her accomplishment and to Ryan Perroy for his mentorship
Rose Hart, recently won an "Excellent" Award at the 2017 Forum "Math-for-Industry" Conference: Responding to the Challenges of Climate Change: Exploiting, Harnessing and Enhancing the Opportunities of Clean Energy, held at UH Manoa this year, for her poster presentation, "Using small unmanned aerial systems to map shoreline change at Hapuna State Beach Park".

She has won a fully paid 2 week research trip to IMI (Institute Mathematics for Industry at Kyushu in Japan).

Congratulations to Rose!


Reef Assessment and Monitoring Program Research Expedition

Congratulations

The Reef Assessment and Monitoring Program (RAMP) embarked a research expedition on NOAA Ship Hiʻialakai throughout the Papahānaumokuākea Marine National Monument for 25 days. TCBES alumni John Burns, Keo Lopes and student Kailey Pascoe took park in the scientific party. The team visited French Frigate Shoals, Lisianski, Laysan, Pearl and Hermes, Midway and Kure Atoll to conduct various surveys including rapid ecological assessments, coral health and disease, 3D modeling benthic habitats, fish abundance and rebreather vs. scuba methodologies. All these surveys are used to better the ecological management and conservation of Papahānaumokuākea. On the way up the archipelago scientist and boat crew had the privilege to stop at Midway Atoll. John, Keo and Kailey got a chance to visit another TCBES student Kelly Goodale! She is now the wildlife biologist for U.S. Fish and Wildlife on Midway Atoll! Congratulation to all for their hard work! John, Keo, Kelly and Kailey


TCBES Pau Hana

The TCBES club is hosting a pau hana for all graduate students, faculty, and agency partners on September 22 at 4 PM at Onekahakaha Pavilion #4. Your families are also more than welcome to join!

TCBES club will provide burgers (and veggie burgers) and condiments. We ask that everyone RSVP to plan for food count, and bring a side dish. Field games and musical instruments are also welcome!

See the attached flyer for more details. Can't wait to see you all there!

TCBES Pau Hana


Rat Lungworm Research Featured in New Yorker

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