Blog — Page 10 — Maui Invasive Species Committee (MISC)

Yellow-faced bees defenseless and vulnerable to predatory ants

Posted on August 11, 2020 by Lissa Strohecker

Female bees lack the yellow faces that lead to the common name of the yellow-faced bees. Once common, many of these bees are now on the endangered species list. — JASON GRAHAM photo.

Somewhere between 400,000 and 700,000 thousand years ago–about the time Haleakalā was forming–a tiny bee arrived in the Hawaiian Islands.

This bee was about the size of a grain of rice and prepared for a life of self-sufficiency. Though we think of bees as living together, working together, and providing honey, approximately 75% of the bee species in the world lead a solitary life. Simply pollinating flowers – an essential ecosystem service— they are often overlooked by people.

Little is known about the first bee to reach Hawaiʻi, but in a remarkably short amount of time, her descendants evolved into 63 unique species found only in Hawaiʻi. They were successful, living from the coastline to the mountain top, pollinating everything from naupaka to silverswords. They were so common in 1913 that entomologist R.C.L. Perkins called them “almost the most ubiquitous of any Hawaiian insects.”

The last hundred years have brought dramatic changes to Hawaiʻi and seven species of Hawaiian yellow-faced bees have since landed on the federal endangered species list. According to Dr. Jason Graham, a University of Hawaiʻi at Mānoa researcher, the other Hawaiian bees may not fare much better. “There is the potential that others are endangered or extinct,” he says, “there hasn’t been much work on them.” Habitat loss and invasive species are the unique bees’ primary threats.

With few exceptions, Hawaiian bees rely on native plants for food. They are not found in areas dominated by non-native plants. The decline in food sources has led to a decline in population. Introduced bees and wasps compete with the native bees for food and nesting sites. Exotic ants also take a toll.

An endangered yellow-faced bee visits a native beach naupaka. Endemic yellow-faced bees rely mostly on native plants for food and nesting sites. — JASON GRAHAM photo.

Yellow-faced bees don’t sting, which often leads to the death of a bee. “If a honeybee worker dies, the hive continues,” explains Graham. But a solitary bee isn’t expendable – she wonʻt pass along her genetic material. “She’s the single mom of the insect world,” says Graham.

It’s up to her to find a nest, typically a hollow stem or hole in a rock or coral. She builds a little apartment for each egg, stocking the cupboards with pollen, food for when the larvae emerge. She seals the opening with a waterproof coating to protect her young from the elements and off she goes – her caregiving role complete.

But the neighborhood has changed in 200 years; now her unattended young are vulnerable to multitudes of invasive ants that easily pierce the cellophane-like barrier to the nest. Years of evolution in isolation have left the yellow-faced bees defenseless and vulnerable to non-native predatory ants that crawl inside the nest and devour the young.

“Years of evolution in isolation have left the yellow-faced bees defenseless and vulnerable to non-native predatory ants that crawl inside the nest and devour the young.”

Some Hawaiian bees, such as the highly endangered Hylaeus anthracinus, are limited to small populations along the coastline. “Climate change and rising sea levels are a definite threat to the future survival of this species,” says Graham who is investigating artificial nesting sites for the bees. Since yellow-faced bees rely on existing holes for nests, Graham drills into blocks of wood and line them with plastic tubing so he can pull the nest out and monitor success. He can use an insect barrier to keep ants out.

Understanding Hawaiian bee biology is essential to protecting them. You can help:

Use native plants in your landscaping.
Bring your own kindling: For some of the most endangered coastal species, nest sites can be destroyed when people collect wood for bonfires. What looks like a dried naupaka twig may actually contain a tiny bee’s nest.
Entomologists are in the beginning stages of research but they will eventually need assistance – if you want to help monitor nests and find native bees, follow the Hawaiian Yellow-Faced Bees page on Facebook and check the discoverbees.com website.

Lissa Strohecker is the public relations and education specialist for the Maui Invasive Species Committee. She holds a biological sciences degree from Montana State University. Kia’i Moku, “Guarding the Island,” is prepared by the Maui Invasive Species Committee to provide information on protecting the island from invasive plants and animals that can threaten the island’s environment, economy, and quality of life.

This article was originally published in the Maui News on July 9th, 2017, as part of the Kia‘i Moku Column from the Maui Invasive Species Committee.

Hiring for Public Relations Specialist — Apply by 8/12

Posted on August 1, 2020 by MISC

Do you enjoy sharing your love of Hawaiʻi and inspiring others? Do you have a passion for learning and creative talent? Do you have experience with public relations, marketing, or outreach? Consider applying for the position of Public Relations and Education Specialist at the Maui Invasive Species Committee (MISC).

The MISC Public Relations and Education Specialist builds support for controlling invasive species throughout Maui County and Hawaiʻi. By working with insightful leaders within MISC and the state – in conservation, agriculture, education, and culture to name a few – the individual selected for this position will both contribute to and participate in developing strategy, messaging, and implementation of awareness and engagement campaigns for diverse audiences. Clear communication skills are essential as responsibilities include dealing with media, tabling community events, maintaining an online presence through social media and websites, conducting presentations, writing articles and press releases, negotiating access to private property, facilitating meetings, and more. This is an excellent opportunity for a visionary person to help conservation initiatives succeed.

Find the full application below and apply online through the RCUH website.

MISC PUBLIC RELATIONS & EDUCATION SPECIALIST – ID# 220352. Maui Invasive Species Committee. Regular, Full-Time RCUH Non-Civil Service position with the Pacific Cooperative Studies Unit (PCSU), Maui Invasive Species Committee (MISC) in Maui, Hawai‘i. Continuation of employment is dependent upon program/operational needs, satisfactory work performance, availability of funds, and compliance with applicable Federal/State laws.

MONTHLY SALARY: Salary commensurate with qualifications.

DUTIES: Develops and maintains a positive public image for MISC operations. Develops and implements public relations (PR) and education program to raise public awareness about and generate support for MISC’s efforts to control invasive plants and animals. Coordinates and directs the MISC PR and Outreach team. Manages personnel on the outreach team and supervises Education/Outreach Program Associate, including scheduling and timekeeping, personnel evaluations, and making hiring decisions. Assumes responsibility for communicating MISC’s work and the importance of invasive species management to the community and partners. Negotiates access to public and private property for survey and control operations. Uses graphic design programs, creative writing, and artistic abilities to design original educational and public relations materials. Acts as primary contact for media inquiries and on social media. Maintains MISC websites and develops community engagement programs. Represents MISC at appropriate venues. Creates and conducts presentations to community and school groups. Develops and maintains positive relationships with members of the local media, with MISC’s partners, and the public. Prepares reports on public relations activities and accomplishments. Plans outreach strategies and implements initiatives. Identifies funding opportunities as they arise through networking and participation in statewide working groups. Drives project vehicles to access work sites and attend PR events. Must work on weekends, holidays, and occasionally evenings to attend community events.

PRIMARY QUALIFICATIONS: EDUCATION/TRAINING: Bachelor’s Degree from an accredited four (4) year college or university.

EXPERIENCE: Three to five (3-5) years of experience in public relations or education related to natural resource management. Experience must include at least one (1) year of experience producing public messages using different forms of media, including print, radio, video, website, and television.

ABIL/KNOW/SKILLS: Knowledgeable about Hawaiian biota and threats from incipient alien plant and animal invasions in Hawai‘i. Knowledge of identification and detection techniques for invasive species and familiarity with common native and introduced Hawaiian plants and animal species. Familiarity with community-based social marketing concepts and social media presence. Knowledge of website design and maintenance. Must possess excellent public speaking and interpersonal skills. Strong writing and editing ability. Demonstrated ability to produce creative original content and outreach products. Excellent computer skills. Proficient in the use of basic computer programs, including word processing, desktop publishing, and web design software. Ability to negotiate effectively with reluctant landowners. Demonstrated ability to communicate clearly and effectively, both orally and in writing, with a wide variety of publics. Ability to present information to individuals or groups. Ability to think and act independently in the public eye while striving to present a positive public image for controversial activities. Must possess a valid driver’s license (and if use of personal vehicle on the job is required, must also have valid personal driver’s insurance equivalent to Hawai‘i’s No-Fault Driver’s Insurance) and maintain throughout the duration of employment.

PHYSICAL/MEDICAL REQUIREMENTS: Ability to lift and carry at least 20 pounds. Ability to set-up exhibits/displays.

POLICY AND/OR REGULATORY REQUIREMENTS: As a condition of employment, employee will be subject to all applicable RCUH policies and procedures and, as applicable, subject to University of Hawai‘i’s and/or business entity’s policies and procedures. Violation of RCUH’s, UH’s, or business entity’s policies and/or procedures or applicable State or Federal laws and/or regulations may lead to disciplinary action (including, but not limited to possible termination of employment, personal fines, civil and/or criminal penalties, etc.).

SECONDARY QUALIFICATIONS: Bachelor’s Degree from an accredited four (4) year college or university or experience in Education, Journalism, Marketing, or related field. Education in a natural resources management field or prior experience working in natural resources management. Experience with outreach program(s) development. Knowledgeable about natural and cultural history in Hawai‘i. INQUIRIES: Adam Radford 264-9496 (Maui).

APPLICATION REQUIREMENTS: Please go to www.rcuh.com and click on “Job Postings.” You must submit the following documents online to be considered for the position:
1) Cover Letter,
2) Resume,
3) Supervisory References,
4) Copy of Degree(s)/Transcript(s)/Certificate(s).

All online applications must be submitted/received by the closing date (11:59 P.M. Hawai‘i Standard Time/RCUH receipt time) as stated on the job posting. If you do not have access to our system and the closing date is imminent, you may send additional documents to rcuh_employment@rcuh.com. If you have questions on the application process and/or need assistance, please call (808) 956-7262 or (808) 956-0872.

CLOSING DATE: August 12, 2020.

RCUH’s mission is to support and enhance research, development and training in Hawai‘i, with a focus on the University of Hawai‘i.

Equal Opportunities Employer – Minorities/Women/Disability/Veteran.

Removing invaders can help decrease damage from hurricanes

Posted on July 23, 2020 by MISC

Floodwaters from Hurricane Harvey spread living rafts of red imported fire ants in Texas. While Hawaiʻi does not have red imported fire ants, storms and floods can help to spread other species that are present such as the little fire ant. — BRAND KELLY / Wikimedia Commons photo.

Hurricane Harvey didn’t just bring floodwaters to Texas; it also spread a plague of stinging ants.

Red imported fire ants are highly aggressive pests that have invaded the southern United States. These ants are particularly adept at surviving floods – a strategy they developed in the wetlands of their native Brazil. When their nests become waterlogged they form rafts, clinging to each other to stay afloat as floodwaters carry them elsewhere. When they make landfall they set up a new home – but landfall for a floating anthill could be a paddle or a rescue skiff leaving the passengers battling swarms of stinging ants. After Hurricane Harvey, pictures of the rafting ants filled the news. Twice Hawaiʻi inspectors have intercepted these ants in shipments bound for the Aloha State, but as far as we know this painful plague has not yet established itself in the Islands.

Fire ants aren’t the only nuisance species spread by hurricane winds and associated flooding.

In 1992, Hurricane Andrew hit Homestead, Florida. The intense winds flattened a reptile collector’s greenhouse, sending baby Burmese pythons flying through the air. Homestead borders Everglades National Park. While most of these airborne serpents probably died, scientists suspect some survived and likely reinforced the existing population of escaped reptiles. Pythons are now one of Floridaʻs biggest pests, both in size and impact. A full-grown python can be 20’ in length and these giants threaten the survival of the endangered Florida panther and other unique wildlife.

Resource managers in Hawaii are worried about a much smaller pest traveling on the winds of hurricanes and storms. Spores from the fungus responsible for Rapid ʻŌhiʻa Death, the disease that has killed ʻōhiʻa trees across 75,000 acres of forest on Hawaiʻi Island, is wind-dispersed. High winds can knock off branches and wound a ʻōhiʻa tree, opening up a site that’s vulnerable to infection—similar to how a wound on your skin exposes you to infection. Rapid ʻŌhiʻa Death was recently discovered in Kohala in September of 2017, only 40 miles from Maui – easily within the distance of a windstorm. Resource managers are increasingly worried that Maui’s native forests could be next.

Albizia trees took a hit in 2014 when Tropical Storm Iselle made landfall on Hawaii island. The damage from these invasive trees falling on power lines and roads took weeks to clean up. — U.S. National Guard / Wikimedia Commons photo.

Intense storms can also damage an otherwise intact rainforest, rendering the forest ecosystem more vulnerable to invasive plants. Hurricanes and storms can fell big canopy trees, opening up a gap that gives a fast-growing invader the light and space it needs to get a foothold. Many of those invaders are shallow-rooted and conducive to landslides, exacerbating the problems hurricanes cause.

Exotic species and the altered forest that they form may not be able to weather the winds as well as an intact rain forest. Storm impacts are amplified as a result. In 2014, Tropical Storm Iselle struck areas of Hawaiʻi Island where albizia trees dominated the landscape. These invasive giants fell hard, taking down power lines and blocking roads. The clean-up took months; albizia became a poster child for invasive species problems.

The onset of climate change underscores the importance of bolstering the health of our rainforests. Tropical ocean temperatures are expected to increase and with that rise comes more intense storms and hurricanes. Considering widespread invasive plants established at lower elevations, increasing storms could lead to a cycle of increasing forest destruction which will lead to drastic changes in forest canopy structure and composition.

While we can’t control the weather, we do have control over the choices we make in our daily lives and the causes and programs we support. Efforts to eradicate or contain invasive species are important to help the rainforest retain resilience to storms and preserve our quality of life.

You can help by using non-invasive plants in your landscaping, plants that will not exploit the damage caused by tropical storms, and keeping an eye out for invasive species like fire ants. Avoid the temptation to plant fast-growing, exotic trees. Support organizations dedicated to protecting our islands from invasive species. For the long term, support policies and programs that will reduce our carbon footprint and promote sustainability. Our individual actions do make a difference—just about any effort is worth the trouble if we can avoid rafting ants and flying snakes.

This article was originally published in the Maui News on October 8th, 2017, as part of the Kia‘i Moku Column from the Maui Invasive Species Committee.

Coqui frogs negatively affect the environment in more ways than one

Posted on June 18, 2020 by MISC

Coqui have the perfect environment in Hawaiʻi, one that lacks the predators – lizards, tarantulas, and snakes- found in their native Puerto Rico. They reach densities two to three times greater in Hawaiʻi than in Puerto Rico, the densest population of land-living amphibian known anywhere. — Maui Invasive Species Committee photo.

In the dark, Darrel Aquino turns off the pump engine – the silence is a stark contrast to the noise of the gasoline motor, and before that, the piercing calls of the coqui frogs that met Aquino and his crew from the Maui Invasive Species Committee when they arrived hours earlier. They work together to pack up, rolling up fire hose by the light of headlamps before heading back to the baseyard. They’ll be back out tomorrow, and the night after, but in a different area of Haʻikū, as they work to stop the spread of the coqui frog.

From dusk to dawn males call for mates, “Co-qui, co-qui.” The first note, “Co,” lets their competition (other male frogs) know they are there, and the “qui” is for the girls. As loud as a lawnmower or leaf blower, the calls drown out the sounds of a night in Hawaiʻi: crickets, the night breeze rustling leaves, waves breaking along the coast.

But while the ear-splitting call of this tiny tree frog is what they are famous for, problems with the coqui frog goes beyond noise. Like us, these invasive frogs from Puerto Rico also find our island habitat and climate to be paradise. Coqui in Hawaiʻi reach population densities greater than any terrestrial amphibian species elsewhere in the world. At over 20,000 frogs per acre in an environment that evolved without frogs, there is bound to be an impact.

“Coqui in Hawaiʻi reach population densities greater than any terrestrial amphibian species elsewhere in the world. At over 20,000 frogs per acre in an environment that evolved without frogs, there is bound to be an impact.”

Dr. Karen Beard, a professor at Utah State University, and her students have studied coqui frogs in the Islands for more than a decade. The interactions between invasive species from different parts of the world coming together in a new environment can be hard to predict, but her research is finding that the presence of coqui in Hawaiʻi tends to benefit other introduced species – from invasive plants to non-native birds to mongoose.

Coqui frogs alter the way nutrients cycle in the ecosystem. The frogs feed on insects, mainly ants, roly-polies, cockroaches, and earthworms, but not mosquitos. What goes in must come out and hundreds of thousands of invasive frogs contribute additional nitrogen and phosphorus to the soil. Though these additions help plants grow, the increase really only benefits introduced plants. The flora native to the Hawaiian Islands is adapted for nutrient-poor volcanic soils, so by increasing soil nutrients, the coqui frogs modify conditions to favor invasive plants such as strawberry guava (native to Brazil).

Coqui frogs also bolster populations of non-native birds. Beard found that populations of some introduced songbirds, including common myna, Chinese hwamei, and red-billed leiothrix (all from Asia), are higher where coqui frogs are present. This is likely due to changes in the insect community when coqui are present (more excrement and frog bodies means more flies) as well as birds consuming the eggs in addition to juvenile and adult coqui.

Mongoose (from India) may also benefit from coqui. Beard’s graduate student Shane Hill looked at rat and mongoose densities where coqui are present compared to where they are absent and found greater mongoose abundance with coqui present. Mongoose are the main scavengers of coqui frogs, which may provide a novel food source. Hill also concluded that increased numbers of non-native birds or coqui-induced habitat changes could favor mongoose.

An invasive mongoose thriving off the abundance of the coqui frog population while increasing the likelihood of predation to other native Hawaiian species. — photo courtesy of Karen Beard

Hill’s study also showed fewer rats where coqui are present, more so for Pacific rats, which den underground as opposed to the more arboreal black rats. Hill and Beard suggest lower rat abundance could result from competition with coqui for insects or increased predation by mongoose. While the relationships are complex, one thing is clear: more mongoose is not good for ground-nesting birds, such as the ʻuaʻu kani (wedge-tailed shearwater) or endangered ʻuaʻu (Hawaiian petrel), and coqui could indirectly contribute to a decline in these birds.

Humans may adapt to the noise of coqui but the environment may be forever changed by their presence; interactions among these invasive frogs and other introduced pests tend to compound the impacts. It’s critical to do what is possible to keep these invasive pests out of the native-dominated areas of Hawaiʻi and sensitive bird habitat.

You can help stop the spread of coqui on Maui. If you have coqui, volunteer in your neighborhood to reduce coqui and remove frog-friendly habitat. If you don’t have coqui in your area, stay alert to any nighttime “Co-qui” calls and report it to MISC at 573-6472.

This article was originally published in the Maui News on February 10th, 2019 as part of the Kia‘i Moku Column from the Maui Invasive Species Committee.

Hiring full-time field crew positions protecting Maui’s quiet nights and the environment from invasive coqui frogs

Posted on June 12, 2020 by MISC

Are you ready to give back to your community and help protect our island from invasive species? Here is an opportunity to work outdoors and mālama the ʻāina.

The Maui Invasive Species Committee is hiring 15 full-time 4 to 5 -month temporary field positions for the coqui frog control crew. The typical work shift is from 1 pm to 11:30 pm, Monday through Thursday. Shifts may vary depending on operational needs.

The starting salary is $14.89/hour. Work involves mixing 50 lb bags of citric acid with water into solution, hiking in rough terrain while carrying fire hose to spray coqui frog infested areas, and maintaining detailed records of work including GPS tracks.

MISC will provide all necessary safety equipment and gear. To align with current Covid-19 distancing requirements, applicants may be asked to use their personal transportation to reach field worksites and will be reimbursed.

Applicants must have a current driver’s license, reliable personal transportation, vehicle insurance, and a high school diploma or GED equivalent.

Applicants selected for the positions must be available on either July 6^th or 8^th to meet with human resources personnel.

To apply:

To be considered for a position, fill out this online form, and upload a resume with your work history and two professional references as well as a cover letter. Any questions about the application process can be sent to Adam Knox at knoxa@hawaii.edu. Resumes must be received by June 26^th.

Find a list of all current open positions: Careers at MISC

Measuring the impacts of invasive plants in Hawai’i’s watersheds

Posted on June 5, 2020 by MISC

University of Hawai’i professor and researcher Tom Giambelluca is looking to better understand how invasive plants, like strawberry guava on the right, disrupt the water collection function of a native rain forest like that on the left.

In Hawaiʻi, the supply of fresh plentiful water depends on the forest capturing moisture from fog drip and rain, and then move it to streams and aquifers. Scientists and resource managers know that invasive plants disrupt the capacity of a native ecosystem to collect water. In Hawaiʻi, invasive species are the greatest threat to the function of native ecosystems.

But there are many unanswered questions about how and to what degree invasive plants affect the water capture in Hawaiʻi. Water capture, depends on both rainfall and cloud or fog drip, water then moves through the forest and soil to streams and underground reservoirs (aquifers). Some water is lost through evaporation and transpiration – the movement of water from roots through the leaves and into the atmosphere.

Like straws, plants pull water out of the ground and release it into the air. Differences in both the physical structure and growth characteristics contribute to different rates of transpiration between native and invasive species. Tom Giambelluca is looking closely at those differences. Giambelluca is the director of the Water Resources Research Center and a Professor in the Department of Geography and Environment at the University of Hawaiʻi at Mānoa. He has spent much of his career looking at the impacts of invasive species on water resources in Hawaiʻi. His latest research attempts to tease out and quantify how invasive species increase the loss of water back into the atmosphere.

“One of the reasons invasive plants take over might be that they grow faster,” he says. “Faster growing plants tend to use more water” and over the long run, as invasive plants take over the native dominated forest, these differences in transpiration rates could have significant impacts on the cycle of water through the environment and the availability of water for human use.

To quantify these impacts, Giambelluca has relied on an experimental model of setting up monitoring equipment in paired sites where forest dominated by native species is growing immediately adjacent to stands of invasive plants. This site selection eliminates differences that may be caused by soil types and weather patterns in geographically separate locations. Weather can vary dramatically within small distance in Hawaiʻi. He then looks at the differences in transpiration by setting up tall towers filled with monitoring equipment and using measurements of water flow moving up the stems of sample trees.

But suitable study sites are hard to find – and funding additionally limits the number of sites he can potentially set up. With only a limited number of sites, he can’t accurately predict the impacts of invasive species may have on transpiration rates across the landscape.

So, Giambelluca is developing an experimental model wherein he can evaluate sites based on data that can be collected in a single day, therefore enabling his team to gain a better understanding of how individual differences in plant transpiration rates can impact water capture throughout Hawaiʻi. And he’s focusing primarily on leaves.

“Leaves are where the action is,” explains Giambelluca. “It’s where the plants control the uptake of carbon dioxide and release of water vapor.”

He takes a handful of measurements including the leaf area index (the surface area of all leaves over a given area), and leaf gas exchange rates of different plant species. The more leaves in an area, the higher the transpiration rates. Invasive – dominated forest tends to have a higher leaf area index (i.e,. more leaves). Plant species transpire at different rates. After he has enough data to be statistically significant, he can then combine that with distribution maps of plant species across Hawaiʻi, and better assess the impacts invasive species have on the amount of water lost through transpiration.

While still in the proposal stage with results a few years in the future, the potential outcomes from this research could help inform the decisions resource managers and funders face in setting priorities both for which species should be controlled as well as which areas are more sensitive to the impacts of invasion. In the meantime, enjoy a fresh glass of water brought to you by a native forest nearby.

For more information on Giambelluca’s research, check out his lab page at https://sites.google.com/a/hawaii.edu/ecohydrology_lab/

Originally published in the Maui News on November 9th, 2019.

Plant Crew – April/May 2020

Posted on May 27, 2020 by MISC

Remote East Maui – where the crew searches for pampas grass while practicing physical distancing. Photo credit Allison Smith.

The Piʻiholo and Hāna based plant crews are prioritizing plant control work in remote locations accessible by ground while remote camping trips accessible only by helicopter remain suspended. Areas that plant control crew are surveying include the upcountry/front country of Haleakalā, Pu’u o Kali, and the Hāna Highway corridor.

The American Conservation Experience (ACE) interns working in Hāna ceased operations as a precaution once national, state, and local shutdowns began. They plan to return to keep working on miconia control in and around the Hāna Highway once it is safe to do so.

MoMISC – April/May 2020

Posted on May 27, 2020 by MISC

Among other tasks, the Mo/MISC crew is working on species that can be addressed while maintaining physical distancing like surveying for the invasive Australian Tree Fern, as demonstrated in this photo from 2019.

The crew of the Molokai/Maui Invasive Species Committee has adjusted fieldwork to reflect the Covid-19 guidelines: starting in April, they check- in on Zoom, rather than in person. Staff completed online training and learning new skills through webinars from presenters across the state while all the necessary PPE was being obtained. Fast forward to May and things are starting to look a little brighter (and sweatier). Thanks to MISC staff and volunteers, MoMISC was able to get the PPE needed to resume some types of fieldwork. The MoMISC staff have identified several target species that can be worked on while keeping compliant with current safe working guidelines. After updating procedures, the crew is back in the field surveying for coconut rhinoceros beetle (not yet detected outside Oʻahu) and tracking down infestations of rubber vine and Australian tree ferns, all activities that can be done while maintaining social distancing guidelines.

On Molokai, one major impact of Covid-19 was that it highlighted the island’s food security vulnerabilities. One outcome is a renewed enthusiasm for home gardening among residents. In recognizing this, MoMISC outreach will be submitting press releases to the local newspaper that highlight invasive species as a major threat to both food security and agriculture and provide helpful tips for home gardeners on making conscientious planting choices, exchanging plants, and suggestions for sourcing material for the home.

Little Fire Ants – April/May 2020

Posted on May 27, 2020 by MISC

Since April and through May, the MISC little fire ant crew has been working on the following surveys and treatment:

Nāhiku: helicopter treatments five and six of eight.
Twin Falls: treatment three of eight.
Waiheʻe Valley: treatment four of eight.
Lahinaluna High School: second treatment out of eight.
Huelo/Haʻikū monitoring survey: no ants found
Happy Valley: in the first post-treatment survey, no ants were found, though areas immediately adjacent to homes were not surveyed to adhere to physical distancing guidelines. The next survey will happen in mid – August. If ants are detected, these “hot spots” will be treated.
Kaʻelekū: surveys (and ants detected) in small pockets. These hot-spots will be treated.
Waiheʻe Farm: no ants detected at the first known infestation on Maui.
Twin Falls: surveys downstream planned.
Waiheʻe Valley: surveys downstream planned.

Interspersed with many of these treatments and surveys is a hefty amount of trail maintenance. The upkeep of these trails is labor-intensive but helps ensure the effectiveness of MISC’s surveying and treatment efforts.

MISC has added capacity to the LFA crew. In March, Miki’ala Pua’a-Freitas became full-time and Betsy Black joined the team. Miki’ala is a farmer and beekeeper, and Betsy was most recently an Interpretive Ranger at Haleakalā National Park. They join Monte Tudor-Long, the crew leader, and Joe Brower based in Hāna to bring the crew size to four.

You can help! Community surveys and reports are a key step to keep little fire ants from becoming established in Maui County. Protect our community while staying safe at home: survey your yard for little fire ants today

Coqui – April/May 2020

Posted on May 27, 2020 by MISC

Kayani Singh, Teri Green, and Scott Winter following physical distancing guidelines while searching for coqui. Photo by Megan Archibald

As preparations were being made for MISC’s coqui crew to safely do fieldwork during Covid-19, the field crew had the opportunity to have an extended experience of MISC’s “Coqui College.” Utilizing virtual meetings, the crew met daily in video and voice chat rooms. They created site response plans, trained new staff, and watched selected presentations from prior Hawai’i Conservation Conferences. Our current crew includes Abe Vandenberg, Coqui Crew Coordinator; Darrell Aquino and Scott Winter, Field Crew Leaders; and Megan Archibald, Teri Green, and Kayani Singh, Field Crew. MISC is currently hiring additional staff.

Additionally, MISC’s new Coqui Community Engagement Coordinator, Susan Frett, joined Beth Speith on the coqui community project in early March. While unable to engage directly with community members in person due to Covid-19, they developed and implemented an online questionnaire to determine how MISC could further empower community members to control coqui frogs in their yards. Susan and Beth collected, analyzed, and are now following up on feedback to improve the community program going forward.

Based in part on questionnaire responses, the crew has been out hunting down single frogs, doing habitat work, and spraying smaller amounts of citric to tackle outlying single frogs and small populations. One response alerted the crew to a previously unknown small pocket of frogs in a challenging wildland location. This area likely expanded from a known population of frogs in Haʻikū and is now being controlled. The resident who initially reported this infestation sent this update: “I woke up at 3 am and took a moment to listen outside. I didn’t hear any coqui! I will listen again this evening. Mahalo to you and the crew!”

For a full report on what we learned from the questionnaire please check out this blog post: Results from the coqui community engagement questionnaire

At the same time, the coqui community team has been busy empowering residents to control coqui on their own. The team is distributing citric acid use for frog control using the no contact food delivery model. Between April 17th and May 9th, MISC staff delivered 633 pounds of citric to 17 separate locations around Haʻikū so residents can control coqui in their own yards. Citric deliveries will be available for as long as the MISC baseyard remains closed to the public. Small (1.28 lb) and large (50 lb) bags are available for residents to use in their own yards. Please get in touch with Susan at (808) 633-6646 or skfrett@hawaii.edu to request citric if needed.

No Contact Citric Delivery — No-contact citric delivery, May 2020

As the weather continues to warm into the summer months the frogs will be more vocal. Please let us know what you are hearing especially if you hear them in a new area. We cannot always respond to reports right away but do prioritize responding to reports of frogs in new areas. Please report if you hear frogs where you haven’t heard them before. As this Maui resident said, “this neighborhood does not have coqui frogs YET. If I were to hear one or more I would immediately inform my neighbors and urge ACTION!” Thanks for your enthusiasm!

Report coqui frogs using the MISC Coqui Report form.

Community reporting alerted MISC and the Hawaii Department of Agriculture to coqui frogs at a larger nursery in central Maui in mid-May. Check out the story on our blog!

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Yellow-faced bees defenseless and vulnerable to predatory ants

Hiring for Public Relations Specialist — Apply by 8/12

Removing invaders can help decrease damage from hurricanes

Coqui frogs negatively affect the environment in more ways than one

Hiring full-time field crew positions protecting Maui’s quiet nights and the environment from invasive coqui frogs

Measuring the impacts of invasive plants in Hawai’i’s watersheds

Plant Crew – April/May 2020

MoMISC – April/May 2020

Little Fire Ants – April/May 2020

Coqui – April/May 2020

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