Maui Invasive Species Committee (MISC)

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Outreach – April/May 2020

Posted on May 27, 2020 by MISC

Physical distancing has prompted a shift to online outreach, including the Maui Mauka Conservation Awareness Training program.

In the increasingly virtual world of meetings and presentations, the  Maui Mauka Conservation Awareness Training went online.   This collaborative environmental education training from the East Maui Watershed Partnership, the Maui Forest Bird Recovery Project, and Maui Invasive Species Committee was first offered online to 80 Maui conservation field crew. Additionally, the MMCAT team offered a training tailored for high school students and a standard tour guide training featuring Maggie Pulver from the Kahoʻolawe Island Reserve Commission (KIRC). The next online Maui Mauka Conservation Awareness Training is on May 21, and will feature guest speaker Melissa Price talking about the pueo, or Hawaiian short-eared owl (Asio flammeus sandwichensis). 

Some community events went online and MISC outreach staff participated in the first-ever virtual Maui Earth Day Event on 4/26.  The monthly MISC column in the Maui News featured an article about activities island residents can do from their backyards to protect Maui and the May submission discussed host-specificity as it applies to biological control.

MISC was featured in the New York University Scienceline editorial called Fighting for an Island based on the work done by the program to control little fire ants on Maui both from the ground and air by helicopter. Litte fire ant control efforts were also featured in a story by Vice News that came out in late May:
Fire Ants Are Invading Hawaii, so Helicopters Are Blasting Them With Birth Control.

Filed Under: Update Tagged With: April/May 2020, Outreach

Coqui Community Engagement Questionnaire Results

Posted on May 15, 2020 by Susan Frett 2 Comments

Mahalo to everyone who responded to our Community Engagement Questionnaire that MISC sent out in April. We have heard a lot of great feedback and ideas from the community. 

The goal of the questionnaire was two-fold: first, to determine how we could assist people during the stay at home order and secondly, to gather feedback to improve the coqui program in the future. 

Thanks to one respondent, we learned of and are responding to a new pocket of frogs near the reservoir off Kokomo in Haʻikū. Recently she 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 & the crew!” This report highlights our need for community members across Maui to be our ears on the ground. Mahalo for letting us know about these frogs! 

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 one respondent 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! Don’t forget to report it to MISC too! 

Report coqui frogs using the MISC Coqui Report form.

Coqui Crew in Action, May 2020

Sixty-seven people responded to the questionnaire, 36 from the four existing neighborhood groups that have organized spray weeks and 31 from the wider Maui community. Between April 17th and May 9th, 633 pounds of citric were delivered to 17 separate locations in East Maui to people working to control coqui in their own yards. We will continue to deliver small (1.28 lb) and large (50 lb) bags for as long as our baseyard is closed to the public. Get in touch via the coqui report form to request citric if needed.

No Contact Citric Delivery
No Contact Citric Delivery, May 2020

A frequent response to the questionnaire was a variation on the theme “Bring the Big Sprayers” with people requesting everything from borrowing one of our 100-gallon sprayer tanks to the crew treating the gulches again. We will have the 100-gallon sprayers available again once our baseyard is open to the public. The crew has been out Monday – Thursday doing work on outlying populations and new pockets to keep those from getting out of control. 

Some of the responses were really cool suggestions for educational campaigns. Ideas included  reaching out to landscaping companies, translating our information into the languages most often spoken by those in the local landscape industry, sharing coqui related research, alternatives to citric acid as a control method, and continuing to do outreach to other areas of Maui about the risks posed if coqui continue to spread. 

Additionally people requested help with green waste removal, training on how to properly use citric acid, and information about what sprayers are most useful for personal use. Six respondents asked for help with neighbors, varying from developing new neighborhood coqui control groups to motivating people who don’t currently control coqui on their properties.

As a result, MISC is developing new online resources, looking into options to support the disposal of green waste created by coqui habitat control work, researching additional options for our equipment loan program, developing new handouts about coqui control, and planning new training options to help get more people involved in the coqui control effort.

Coqui-Free Neighborhood Sign
Community Coqui Control Sign

Thank you again to everyone who responded to the questionnaire! The questionnaire is still accepting responses here. Additionally, please feel free to reach out to the Coqui Community Engagement Coordinator, Susan Frett at skfrett@hawaii.edu or 808-269-2728 with additional feedback or questions.

 
Sign up for continued updates and news about coqui frogs and all things MISC.

Filed Under: Uncategorized

Social media posts help MISC catch coqui frogs

Posted on May 13, 2020 by Susan Frett 2 Comments

Hand captured coqui frog
Coqui frog captured by hand (example image from April 29, 2020)

Updated May 18, 2020

Late in the evening on May 12th, 2020 people across Maui started reacting to a video posted on Facebook of coqui frogs calling in the plants outside a large nursery in Central Maui. The notifications for the MISC Facebook page were flooding in as people sent messages, shared the video, and tagged MISC in their comments to the video on other pages.  Many people also filled out the Coqui Report form on our webpage. Mahalo for all of your reports!

Early the next morning, before MISC could even start preparing to respond to the location, we learned that one of our awesome, longtime staff, Darrell Aquino, had quashed the outbreak! Darrell’s daughter, a former MISC Coqui Crew member, had seen the video on Facebook and let him know about it. Being a take-charge person, as well as an experienced MISC coqui field supervisor since 2005, Darrell went out to the location at 10:30pm on the 12th.

As all who watched the video that was shared or have heard coqui in person know, the males emit a loud two-toned call. By listening and whistling back to the frog, Darrell was able to track down and hand capture a single frog in the plants for sale outside the nursery. Additionally, Darrell learned from the local security person that the store manager captured a second frog. 

Darrell sharing his knowledge with the coqui crew January 30, 2020

Mahalo to Darrell and the nursery store manager for their quick action! The area where the frogs were found is currently quarantined – plants are not being sold from there.

Mahalo to Darrell, and the nursery store manager, for their quick action! The area where the frogs were found has been treated with citric by HDOA and is currently being monitored throughout the evenings by store staff. Nursery employees will report any additional coqui frogs to HDOA who will respond if needed

Mahalo to the Maui community for taking action and drawing attention to this incipient invasive species threat. Unfortunately, other invasive species are not as vocal. We all need to be vigilant to limit the spread of all invasive species. 

You can help! Prevent the spread of invasive species on Maui

  • Purchase locally-grown plants whenever possible – pest species hitchhike on cargo moving long distances.
  • Inspect all new plants and landscaping materials brought on to your property.
  • Isolate new plants and landscaping materials for a few days and inspect them again.
  • Do a self-test to inspect for little fire ants, check out this video to learn how. 
  • Report MISC target invasive species 
  • Support funding for more inspectors and rapid response at the county and state level.

Filed Under: Uncategorized Tagged With: coqui crew, coqui frog

The little fire ant (LFA) has been detected on the campus of Lahainaluna High School

Posted on May 5, 2020 by Lissa Strohecker

Date: May 05, 2020  FOR IMMEDIATE RELEASE
Contact: Lissa Strohecker, Public Relations and Educational Specialist
Adam Radford, MISC Manager, Maui Invasive Species Committee
PH:  (808) 573-6472
Email: miscpr@hawaii.edu

  • Little fire ants climb along a hibiscus flower.
  • Little fire ants are approximately 2 mm long
  • Test any material coming from an area infested with little fire ants. Preventing the spread of pests to new areas and finding infestations early is critical to achieving eradication. Photo by Masako Cordray
  • Don't confuse the little fire ant with the much larger and widespread tropical fire ant
    Don’t confuse the little fire ant with the much larger and widespread tropical fire ant (above). Photo courtesy of HDOA
  • Little fire ants, Wasmannia auropunctata, on a penny. Photo by Zach Pezzillo
    Little fire ants, Wasmannia auropunctata, on a penny. Photo by Zach Pezzillo.
  • Little fire ants seen on a taro leaf for scale. These tiny terrors have huge impacts. Photo by Masako Cordray

A report of little fire ants on the campus of Lahainaluna High School has been confirmed by the Hawaii Department of Agriculture (HDOA) and Maui Invasive Species Committee (MISC). This is the first detection of the invasive little fire ants at a school in Maui County. Though schools on Hawaii Island are burdened with addressing the stinging ants on school grounds, MISC is able to help on Maui.

“Proactive efforts on the part of the Lahainaluna staff – in recognizing little fire ants and submitting a sample – resulted in early detection of a relatively small infestation. Finding them early is the key to successful and timely eradication,” says MISC manager, Adam Radford.

Based on initial inspection, the infestation is just over one-quarter of an acre and limited to a section of potted plants brought to the campus several years ago as part of the school’s agriculture program. Staff suspected little fire ants were present in December and collected and submitted a sample of the pests to the Maui Invasive Species Committee in January. Two comprehensive treatments of the infestation have already occurred. The next treatment is scheduled for mid-June and treatments will continue for one year.

Once identified, this site posed little risk to the community and is the smallest infestation detected on Maui in recent years. The infested material has been quarantined on-site since detection. Without human involvement, little fire ants spread slowly, particularly in dry arid regions as the ants are a rainforest species native to South America. Moving soil and plants that have little fire ants are how they are able to spread quickly over large distances.

The school conducts occasional plant sales. The Spring Plant Sale was held in May 2019, at the Lahaina Cannery Mall. Another plant sale was held on campus in November of 2019.  There is a chance that Infested plants were sold.  “I encourage anyone who may have recently purchased plants from Lahainaluna High School, to test your yards or garden areas,” says Jeri Dean, TA Acting Principal of Lahainaluna.

Community assistance – testing for little fire ants and reporting stinging ants – have led to the majority LFA detections on Maui.  

MISC recommends that Maui residents survey their yards for little fire ants once per year. Additionally, quarantine new plants, mulch, or soil before planting or distributing throughout the property and test for little fire ants. Moving construction equipment and building material is an additional vector for LFA throughout the state. Any material stored outside for months or more should be tested.

Small red ants, particularly those that fall from overhanging vegetation, stinging people on the back of the neck, warrant immediate collection and reporting. Ant samples can be collected for identification by smearing a thin layer of peanut butter on a stick and leaving it outside near where ants are found for 45 minutes.  Bag the sample and place it in a freezer for 24 hours, then mail the sample to the Maui Invasive Species Committee at PO Box 983, Makawao, HI 96768, including contact information. Samples can also be mailed to the Hawaii Department of Agriculture at 635 Mua St, Kahului, 96732. If you have questions, please call 573-MISC (6472).

This latest detection brings the total number of infestation sites on the Valley Isle to 16. Seven sites are being actively treated.  The remaining nine sites are regularly surveyed to ensure the ants have been eradicated at those locations. 

The only other known site on West Maui is in Kapalua. Originally covering 12 acres, the stinging ants were reported by an area resident in 2016. The Kapalua site is now in a monitoring phase and there is no known link between the Lahainaluna infestation and the one in Kapalua.  Visit stoptheant.org to find out more information on collecting samples of ants and the status of LFA on Maui and throughout the state.

Filed Under: Little Fire Ants, Press Release Tagged With: invasive ants, lahainaluna, little fire ant, stinging ants back of neck

Tiny golden butterfly could help halt miconia invasion

Posted on April 28, 2020 by Lissa Strohecker

Caterpillars of the golden miconia butterfly can only survive on miconia and related plants. The caterpillars get together in clumps and devour the leaves. In doing so, they may reduce the damage miconia can cause in the rainforest. — PABLO ALLEN photo

In the hills above Hāna, Nāhiku, and Keʻanae, the Maui Invasive Species Committee (MISC) crew hikes day in and day out looking for and pulling miconia plants. The team is about to grow as a kaleidoscope of golden yellow butterflies descends to assist with control.  

Miconia is a notorious invader of Hawaiian forests. A single plant can produce 8 million seeds. Miconia seeds grow quickly into large plants with huge leaves that block out the sunlight preventing other plants from germinating. Miconia’s shallow roots do little to stabilize the soil. Eventually, miconia becomes the only plant in the forest; invaded sites are known for landslides and erosion that muddies streams and buries reefs.

Sam Akoi III pulls miconia from the ground in 2003. The shallow roots make the plant easy to pull but miconia does a poor job holding soil. Invaded forest slopes are prone to erosion–MISC file photo

When biologists first found this invasive plant growing in Hawaiʻi, it was a call to action. Retired state forester Bob Hobdy helped address miconia in East Maui in the early 1990s. Initially, crews focused on the area above Hāna known as “the core,” but reports started pouring in from multiple locations across East Maui. “The idea of eradication [removing every plant from the island] was set aside,” says Hobdy. “It was not feasible.” The shrubby tree was scattered from Huelo to Kipahulu, with two major infestations in Nāhiku and Hāna. Too widespread to eradicate, but too damaging to ignore, the long-term solution was biocontrol: the researched introduction of a natural enemy specific to miconia that could lessen the impact and spread of the plant.

Over the last 27 years, crews have worked to contain this invader in the field. It’s been a success: miconia never reached the West Maui mountains and it’s rare to find a plant along Hāna Highway. Meanwhile, researchers in Hawaiʻi and South America have sought out and tested insects and plant diseases in hopes of finding something that will permanently undermine the plant’s invasiveness.

In 1997, ecologists released a fungus that eats holes in miconia’s large purple leaves. In Tahiti, this fungal natural enemy opened up the canopy so that other plants could grow, but fungus didn’t have the same effect here in Hawaiʻi. The search continued.

Tracy Johnson of the U.S. Forest Service has worked to find miconia’s natural enemies for 20 years. He’s hopeful about another miconia pests, a tiny yellow butterfly that lays its eggs on the leaves. The caterpillars hatch out and to dine on the umbrella-like leaves until they become adults. “Itʻs very specific to miconia,” says Johnson. “We know from observation in Costa Rica and in Hawaiʻi that it’s one of the most damaging insects to leaves of the plant.”

Artistic representation of water running off a miconia leaf.
Miconia leaves are enormous – easily 1.5 to 2 feet in width and 3 feet long. These giant leaves shade out understory plants and collect water like a tarp would, increasing erosion as water runs off the plant. The caterpillar of the golden miconia butterfly eats the leaves, potentially lessening the impacts.

Miconia’s huge leaves are major problems: they act like tarps, shading out the understory, collecting raindrops and funneling them to the ground. In comparison, native ōhiʻa and koa trees have clusters of little leaves that break up rainfall into small drops that gently water the understory. The raindrops that roll off of miconia leaves are some of the largest measured They hit the ground with extra force—and since the ground beneath miconia is bare—they contribute to increased erosion. In fact, scientists have found that erosion is greater in a miconia-invaded forest than if the rain fell on bare soil.

“Itʻs (the golden miconia butterfly) very specific to miconia,” says Johnson. “We know from observation in Costa Rica and in Hawaiʻi that it’s one of the most damaging insects to leaves of the plant.”

Though only the size of your fingernail, the golden miconia butterfly could have a big impact on invasive miconia. Native to Costa Rica, these butterflies could be a welcome addition to miconia control efforts here in Hawaiʻi. — KENJI NISHIDA photo

Enter the golden miconia butterfly, Euselasia chrysippe, —a voracious leaf eater. Johnson and colleagues from the University of Costa Rica tested E. chrysippe with 73 different plants to see what the caterpillars would feed on. In a process called no-choice testing, caterpillars are placed in a petri dish with a leaf of the plant being tested. When forced to feed on other plants, they died; only Miconia calvescens and closely related plants in the melastome family can sustain them. This is good news since Hawaiʻi has no native melastomes.

After gorging on miconia, E. chrysippe caterpillars metamorphose into butterflies and seek out another miconia plant on which to lay their eggs. Like the MISC miconia crews, they’re really good a finding the pesky plant.

The golden miconia butterfly could help halt Hawaiʻi’s miconia invasion. But there is still more to be done. Johnson is investigating other potential natural enemies, particularly an insect that eats miconia seeds. Until a suite of effective and safe natural enemies exists to control miconia, crews from MISC will continue combing the hillside in search of miconia. Any sightings of miconia can be reported to MISC at 808-573-6472.

April 2020 Update: The Hawaiʻi Department of Agriculture is soliciting comments on the draft Environmental Assessment for the release of the golden miconia butterfly. Comments are accepted through May 26, 2020. HDOA press release

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 8th, 2018, as part of the Kia‘i Moku Column from the Maui Invasive Species Committee.

Read more Kiaʻi Moku articles.

Filed Under: Kia'i Moku Column Tagged With: 2018, biocontrol, Bob Hobdy, golden miconia butterfly, Hana miconia, Miconia, miconia biocontrol, Tracy Johnson

Why can’t you keep rabbits on the ground? “Rabbit fever” affects people

Posted on April 15, 2020 by Lissa Strohecker

Laws require rabbit owners in Hawaii to keep their pets caged and off the ground. This keeps pets from escaping to start wild populations and keeps them away from ticks that could spread a potentially deadly bacterial disease: tularemia.

Several years ago, a researcher working with sparrows at a rabbit farm on Maui fell ill. He was feverish and tired, then started getting sores on his skin. Doctors weren’t sure what it was and although he was never officially diagnosed, he responded to treatment for tularemia, a disease caused by bacteria carried by rabbits, rodents, and other animals.

Officially, tularemia has never been documented in Hawaiʻi. It’s difficult to culture the bacterium and handling it poses a significant infection risk to lab workers. “If not here, there is a real threat that tularemia could, at any time, be introduced into Hawaiʻi. It affects so many animal species, and once here, mosquitoes and other blood-sucking arthropods could spread it,“ says Fern Duvall, head of Maui’s Native Ecosystem Protection and Management program with the Department of Land and Natural Resources.

On the mainland, where tularemia is widely present, the disease is rare among people. They are exposed to the disease if they handle infected animals, or if bitten by ticks or another insect that fed on an infected animal. When bacteria come in contact with the skin, they cause ulcers that spread through the body, eventually reaching the lungs. If the bacteria is inhaled, the results can be deadly.

Occasionally, there are serious localized outbreaks of the disease. The summers of 2000-2001 saw nineteen cases of tularemia on Marthaʻs Vineyard, Massachusetts– one proved fatal. The Centers for Disease Control (CDC) came to investigate. An unusually high number (14 out of 19) were pneumonic (the bacteria had entered the lungs) and many involved landscapers. What the CDC suspected was that lawnmowers or other cutting tools struck the carcasses of dead, infected rabbits, the bacteria went airborne.

In 2015, there were outbreaks in Colorado, Wyoming, South Dakota, and Nebraska. The CDC theorized these outbreaks may have been triggered by increases in rabbit populations, which grew in response to more vegetation, caused by higher than normal rainfall.

If you see a rabbit running wild, report it: 643pest.org

Vegetation, rainfall, and landscapers are plentiful in Hawaiʻi – what we don’t have are populations of rabbits running wild–at least not yet.

According to state law, people can keep rabbits but they must be contained. If kept outside, rabbits must be in a cage off the ground. The penalties for noncompliance may reflect the seriousness of the threat: loss of your pet, fines, or even jail time.

Duvall says the natural predators of rabbits in Hawaiʻi–cats, rats, or mongoose–are unlikely to keep populations of wild rabbits in check. Rabbits evolved with a multitude of predators:  weasels, coyote, bobcats, owls, hawks, snakes, foxes, and raccoons. To survive high mortality rates, they breed like, well, rabbits. The female (doe) can become pregnant with her first litter at 3 months of age, and again just a month later, within days of giving birth. One pair of rabbits can produce 100 kits (baby rabbits) per season, and up to 1,000 in a lifetime.

“We know they can become invasive,” explains Duvall. In 1989, six illegally released rabbits quickly became 100 at Hosmerʻs Grove in Haleakalā National Park. On Laysan, a small island in the Northwestern Hawaiian Islands, free-roaming rabbits ate the island bare in the early 1900s, likely causing the extinction of three bird species– Laysan miller bird, Laysan ʻapapane, and Laysan rail. 

Beyond environmental impacts, rabbits running wild increase the risk of tularemia. “Rabbits are more often in contact with people,” explains Duvall. Whether as pets kept outdoors or released to the wild, more rabbits mean more rabbit-human interactions. Other pets can be affected: dogs, cats, and livestock can get tularemia from ticks or direct contact with an infected animal. Early treatment with antibiotics is critical.  

You can help protect Hawaiʻi. If you have a pet rabbit, spay or neuter it. If you raise rabbits, keep them contained. If you see a rabbit running wild, report it. Call the Maui Invasive Species Committee at 573-6472 or report online through 643pest.org.

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 June 11th, 2017, as part of the Kia‘i Moku Column from the Maui Invasive Species Committee.

Find more Kiaʻi Moku articles.

Filed Under: Invasive Animals, Kia'i Moku Column Tagged With: 2017, pet rabbits in hawaii

Just the act of observing can help us and our island home

Posted on April 9, 2020 by Lissa Strohecker

The Hawaiian language reflects a close tie to the land. Connecting to nature can benefit both the health of the environment and the quality of life. — BRYAN BERKOWITZ / Maui Invasive Species Committee photo.

I ka nānā no ka ‘ike.
By observing, one learns.

‘Ōlelo No’eau #1186- Mary Kawena Pukui

The Hawaiian language includes over 200 words for rain with a subset of names specific to a place. Hawaiian rain names recognize that what falls from the sky can be delicate (lilinoe, kili, uaoa); windblown (lelehuna); showery (ua nuālu); cold (kili hau or ua ‘awa); or rainbow-hued (uakoko). The reddish ulalena rain falls on Haʻikū. Uakea mists Hāna. Winds can also be place-specific: the ʻakipohe wind nips Waiheʻe; the ʻimihau wind brings storms to Lahaina.

The language of Hawaiʻi reflects the deep relationship between people and nature. The original naturalists and resource stewards of Hawaiʻi – Hawaiians–have a keen understanding of their surroundings, from the terrain and weather to local plants and animals. This understanding is also reflected in place names. Hāiʻimaile translates to the blanket of the maile vine. Kanaio recalls the shrubby naio trees that once dominated the forests of the area.

Understanding of place was essential to the survival of the first island residents. And yet today, with the distractions of modern life, it’s easy to forget that a relationship to nature is still essential: both for our well-being and the health of the environment.

Recent research on the Japanese practice of shirin-yoku or “forest bathing” has demonstrated the health benefits of intentional time in nature. Observing the natural world elevates immune response and lowers blood pressure and stress levels.  Forest bathing began in Japan in the mid-1980s and is now an integral preventative health activity there. Interest has spread to the United States, with forest bathing clubs forming in urban areas. Forest bathing is not hiking, nor does it have to take place in a forest. Practitioners go out into nature to experience, with all senses, their surroundings –the range of colors, the scents and sounds in the air, the feeling of sun or breeze on their skin.

Essentially, tuning into nature as a naturalist would.

Forest and Kim Starr, early detection specialists with the University of Hawaiʻi, are self-taught botanists, entomologists, and ornithologists. They often conduct inventories of a defined area, identifying the species of plants, birds, animals, spiders, snails, and insects present.

The view from Hana’ula looking towards ʻIao Valley. Pu’u Lio is the summit between Kapilau and Kalapaokailio ridge.

“When we are out there, we’re using all our senses,” says Kim. Cued in to bird calls while simultaneously scanning for the next plant species to add to the list, the Starrs are intently focusing on their surroundings. They often return to the same place repeatedly, documenting changes. Their efforts help resource managers find invasive species before they are widespread and causing harm in the environment.

What the Starrs do – tune into the world around them and note the changes – can be done by anyone. Like forest bathing and Hawaiian practice it simply requires paying attention to our surroundings and being curious. Training is not necessary, but repetition enhances the experience, both in better understanding what belongs and does not belong in the area and achieving the health-related benefits.

Spend time outside, it’s good for your health and Hawaiʻi.

Learn more about the names of the winds and rains near your home. This list of weather names from The Ka’imi loa o ka hihi Project is a good place to start. Discover a forest bathing practice of your own—find resources and information at www.natureandforesttherapy.org. As you deepen your connection with the natural world, you can help protect Hawaiʻi from newly arrived pests; report changes in your surrounding from potentially invasive species to www.643PEST.org.

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 January 13th, 2019 as part of the Kia‘i Moku Column from the Maui Invasive Species Committee.

Read more Kiaʻi Moku articles.

Filed Under: Kia'i Moku Column Tagged With: 2019, early detection, Hawaii naturalist, Hawaiian place names, sense of place

Fountain grass threatens dryland ecosystems

Posted on April 1, 2020 by Lissa Strohecker

Jared Clapper with Hāna Lima Land Management, working on behalf of Haleakalā Ranch, was part of a team responding to an infestation of invasive fountain grass in proximity to Pu‘uokali above Kīhei. Fountain grass has a reputation for fueling a cycle of brush fires and is one of the greatest threats to the remaining dryland forest ecosystems.

On the leeward slope of Haleakalā above Kīhei rises a red dirt cinder cone named Puʻuokali.  Puʻuokali means “the hill of waiting,” and is said to be one of several mo‘o (lizard deities) who were transformed into cinder cones on the summit. From her prominent vantage, Puʻuokali watches over her daughter, Puʻuoinaina on the island of Kahoʻolawe. As visible as Puʻuokali is to Maui residents, she also has her secrets. Inside the cinder cone is an intact dryland forest – a representation of the most diverse and most threatened ecosystem in Hawaiʻi. This native oasis was forgotten about until the early 1980’s when a brush fire broke out nearby and biologists rediscovered the forest.

Dr. Art Medeiros, program manager for the Auwahi Forest Restoration Project, was one of those biologists. “Puʻuokali is amazing. It’s almost the only place from Makawao to Kaupō that looks like it did when Hawaiians were the only people here.” Wiliwili, lama, naio, koaiʻa, and ʻohe are the dominant trees of this forest – these plants were essential for early Polynesians but are virtually unknown today. Dryland Hawaiian forests are the most diverse of Hawaiian forests, yet they are virtually lost: an estimated 90 to 95% of dryland forest is gone. What remains is critical: 25% of endangered Hawaiian plant species are found in these tiny refugia. 

In July of 2018, Byron Stevens of the Hawaiʻi Natural Area Reserves System passed over Puʻuokali in a helicopter and saw something that didn’t belong: a two- to four-foot-tall bunchgrass with wiry leaves and purple bottle-brush flowers. Fountain grass. He sounded the alarm to multiple conservation organizations.

Fountain grass starting to invade the sacred grounds of Puʻuokali on Maui. This area is one of the few remaining places that show how Hawaiʻi looked prior to western contact.

Fountain grass is an invasive weed rarely found on Maui. Native to North Africa, it’s targeted for eradication by the Maui Invasive Species Committee. The drought-tolerant grass is able to survive in some of Hawaiʻi’s driest areas; it poses a serious threat to native dryland forest. While rare on Maui, the alien grass now covers much of the leeward coast of Hawaiʻi Island. Introduced as an ornamental in the early 1900s, fountain grass has completely transformed the Kona side of Hawaiʻi Island, turning what was once bare lava with patches of native forest into fields of grass.

“Introduced as an ornamental in the early 1900s, fountain grass has completely transformed the Kona side of Hawaiʻi Island, turning what was once bare lava with patches of native forest into fields of grass.”

Dominating arid, bare lava is one thing, but this wiry bunchgrass can also advance into intact forest, in part because it survives brushfires. Fountain grass is fire-adapted; it can regrow after flames pass over then quickly flowers and set seeds to recolonize the area. In contrast, Hawaiian forests are not adapted to fires—native plants generally donʻt survive. Fountain grass is notorious for fueling and increasing fire. At one site on Hawaiʻi Island, fountain grass (ignited by humans) has increased fire frequency from once every 500-1,000 years to once every 6-8 years.  

 “Fountain grass is a direct threat to the Maui County sanctuary forests such as Puʻuokali, says Medeiros. Though surrounding areas have burned, Puʻuokali has not had any wildfire, hence why so much remains. This hidden forest survived over the years partly because the surrounding landscape was so barren. There was no fuel for brushfires, and less incentive for goats and deer to cross the cinder to reach the crater. “The last refuges [of dryland forest] are in these rocky areas,” Medeiros explains. The intrusion of fountain grass changes that.

Fountain grass is almost never found on Maui, but is extremely widespread on the leeward side of Hawaii island, where it has transformed the landscape and continues to spread. Any sightings of this invasive bunchgrass should be reported — identified by its purple bottle-brush flowers that turn white as they age. MISC file photo

With that in mind, crews from multiple organizations – Auwahi Restoration Group, Haleakalā Ranch, the Maui Invasive Species Committee, and the Plant Extinction Prevention Program – came together to remove over 1,000 fountain grass plants from Puʻuokali. Completing the work will take several years. Grass seeds cover the ground and recent rains will bring a flush of seedlings. But now that the infestation has been detected, it can be managed and eradicated.

You can help. Fountain grass is often used as an ornamental landscaping plant, and people sometimes plant it on Maui by accident. Seeds can be unwittingly transported interisland on hunting or golf gear. If you see fountain grass, take a photo and report it. You can contact MISC directly at 573-MISC (6471) or the statewide pest hotline at 643-PEST, or 643PEST.org.

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 September 12th, 2018, as part of the Kia‘i Moku Column from the Maui Invasive Species Committee.

Read more Kiaʻi Moku articles. Find more information about fountain grass:

  • Species profile: Fountain grass
  • Report suspected populations of fountain grass: 643PEST.org

Filed Under: Invasive Plants, Kia'i Moku Column Tagged With: 2018, fountain grass

COVID-19 and MISC

Posted on March 25, 2020 by Lissa Strohecker

Aloha kākou,

One of the joys of working at MISC is the close ties we have to our community. Our first priority is the health and safety of our employees, their families, and those with whom we work. We wanted to provide you with an update on our response to COVID-19 and what it means for our work in the short term.

We are following the social distancing guidelines and shelter-in-place measures set forth by Mayor Victorino and Governor Ige. MISC and MoMISC have temporarily closed their baseyards to the public, although some staff may be  present to perform maintenance and other work that can be accomplished without public interaction or threat to their well-being. Our field crews are working away from each other during this time and our capacity to respond to reports may be delayed. 

If you participate in the coqui community resiliency program, we will provide more specific details on ways to support you in quieting the coqui in your neighborhood.  

Consider taking this opportunity to check your yard for invasive pests.  If you detect a MISC target species, such as little fire ants, new locations of coqui frogs, ohia trees suspected to have Rapid Ohia Death, or others, send us your report and we will follow up when we can. Send reports through: 

  • Voicemail: 808-573-6472
  • Online: 643PEST.org
  • Snakes: call 911

Given the dynamic nature of the situation, we will provide updates on MISC’s response on our website and our Facebook page. Significant changes will be sent through email updates. 

For now, please know how much we value your support and partnership in protecting Maui Nui from harmful invasive species. Mahalo nui and take care of your health and your family.

All the Staff at the
Maui Invasive Species Committee

Filed Under: Control Work, In the field

Hiring five field crew and a crew leader to join our coqui program.

Posted on February 23, 2020 by MISC

Both recruitments have closed, but if you are interested in working with MISC, please contact us at 808-573-6472. A list of current openings can be found at: mauiinvasive.org/careers

Apply for MISC Coqui Crew Leader – Recruitment closes March 2, 2020
Keep reading for details about the position.

Apply for MISC Coqui Crew – Recruitment closes March 10. 2020
Keep reading for details about the position.

Work outside, mālama the ʻāina, and help your community. 

The Maui Invasive Species Committee is hiring full-time permanent field positions for the coqui crew. There are five (5) field crew positions and crew leader position open.

This crew works out of our Makawao field station. The work shift is from 1:00 pm to 11:30 pm Monday through Thursday during the summer months and 12:00 pm to 10:30 during winter. Shifts can vary depending on operational needs.

Starting salary is $2580/month ($14.89/hour) for field crew postions and $3400/month ($19.61/hour) for the crew leader. Work involves mixing 50 lb bags of citric acid into a 14% solution, hiking in rough terrain while carrying heavy fire hose to spray coqui frog infested areas, and maintaining detailed records including GIS.

Must have current driver’s license and high school diploma or GED equivalent. If you have questions about the position duties and responsibilities, contact the Maui Invasive Species Committee at 808-573-6472.

To apply:

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) 956-8344 or (808) 956-0872. 

Apply for MISC Coqui Crew – Recuitment closes March 10. 2020

Apply for MISC Coqui Crew Leader – Recruitment closes March 2, 2020

Find all current job openings on our Careers page.

Filed Under: Employment, In the field, Invasive Animals Tagged With: coqui crew, Jobs, work at MISC

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Maui Invasive Species Committee (MISC)
Office: (808) 573-6472
Press and Media Inquiries: (808) 344-2756
Mailing Address:
PO Box 983, Makawao, HI 96768

Acting Manager / Public Relations: Lissa Strohecker
E-mail: miscpr@hawaii.edu

Special Projects: Teya Penniman
E-mail: miscmgr@hawaii.edu

Statewide Pest Hotline: 808-643-PEST
Report a Pest Online

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