When collecting baseline solitude, campsite and invasive plant data in remote Wilderness areas throughout the Tongass National Forest, getting to these areas often presents a challenge, most often alleviated by taking a floatplane. However, to survey the greatest distance to help manage the most Wilderness, sea kayaks are needed for swift and efficient transportation. But how can a kayak fit in a small plane? The creators of the TRAK kayak are a company that offer a solution to this problem with their polyurethane fabric and foldable lightweight aluminum frame, allowing us to survey locations that may have otherwise been unrealistic.
This spring, generous donors rose to a matching challenge, allowing the Sitka Conservation Society to raise the funds to buy a TRAK kayak, and the kind folks at TRAK kayaks donated another three! This allowed us to take four people (the maximum number that fits in a beaver floatplane) into remote Wilderness areas and have kayaks after landing. This summer, we put the TRAK kayaks to the test, using them on five Wilderness Trips to five different Wilderness areas. The TRAKs were also used as part of a kids kayak course and were paddled on Mendenhall Lake in front of the Mendenhall Glacier.
The most trying trip for these TRAKs was a 13 day, 130 mile survey of the Portland Canal. The Portland Canal is a 100-mile long fiord that separates Canada from Southeast Alaska, with almost the entire Alaskan side lying within the Misty Fiord Wilderness area. However, the steep, almost unbroken rock walls, unrelenting wind and sheer remoteness makes it nearly impossible for the Forest Service to manage this canal. Thanks to the flexibility of the folding TRAK kayaks, we were able to survey this often overlooked canal. Still, before this trip we had only used the TRAKs once before and it was on a base camping expedition. Thus, there were some reasonable concerns about packing two-week’s worth of supplies in a folding boat. Luckily, the TRAKs packed well and handled amazingly. On this trip, we put the TRAKs to the test as we paddled in sizable chop nearly every day, dealt with the huge 20 foot tidal exchanges that were occurring at the time, and to our surprise we experienced the natural anomaly of a jökulhlaup—meaning a glacial lake broke free from the Salmon Glacier at the head of the fiord—resulting in a week-long constant ebb current. Nonetheless, the TRAK kayaks handled impressively well and it was easy to forget you were in a folding Kayak.
Another noteworthy expedition taken with the TRAK kayaks was on a trip down the west coast of Admiralty Island in Kootznoowoo Wilderness. On this trip, a crew of four took the ferry to Angoon and arrived in early afternoon. We were then able to take the Kayaks and gear to the sea, and we were on the water in time to find a good camp in the Wilderness by sunset. On this expedition, we paddled and surveyed 105 miles within the “Fortress of the Bear” before getting picked up by a floatplane. The flexibility to fold the kayaks into duffle bags greatly improves our ability to be stewards of the Wilderness and survey locations otherwise too remote.
Once again, we want to sincerely thank the kind and generous donors who helped SCS buy a TRAK, and we would also like to thank TRAK Kayaks for donating three boats to our project. Although the TRAK kayaks’ Wilderness field season is over, there are always remote Wilderness Areas in need of baseline Wilderness surveys, and we look forward to use these boats to manage our Wilderness areas in the future. If you are interested in learning more about the Community Wilderness Project, please feel free to e-mail firstname.lastname@example.org.
The first 2014 summer Wilderness was a trip to the West Chichagof-Yakobi Wilderness area, where we based camped at Baird Island. Here, we conducted visitor use monitoring, surveyed for invasive plants and completed campsite inventories. Additionally, we picked up a lot of beach trash and cached it on the island. During this trip, we also revisited sites where there were roofing materials and other trash cached from past field seasons. On October 8, SCS employees Mike Belitz and Sophie Nethercut and volunteer Paul Killian took a boat captained by Charlie Clark back to these locations to remove and dispose of the trash.
The Wilderness Act, which celebrated its 50th birthday last month, states that Wilderness Areas must be areas “protected and managed so as to preserve its natural conditions and which generally appears to have been affected primarily by the forces of nature, with the imprint of man’s work substantially unnoticeable.” Thus, as Wilderness stewards, we are inherently committed to collecting and removing trash, which compromises the naturalness of an area. While marine debris has been washing up on Alaska’s shores for decades, there has been an increase in marine debris since the earthquake and tsunami that struck Japan in 2011. This disaster makes the tireless endeavor of picking up trash appear even more insurmountable.
Although the tsunami debris has not been found to have radiation, it still causes serious risks to other animals. Marine debris is often made up of products that do not naturally decompose and would remain in the environment for years. Some of the most common marine debris is plastic and Styrofoam, which are often mistaken for food by fish, bears and seabirds. These animals are unable to digest these products which can be fatal to these animals because an accumulation of plastic and Styrofoam in their body may cause the animal to feel full, leading to death from starvation.
An additional concern is that Japanese tsunami debris was covered by Japanese plant or animal organisms and may reach coastlines outside their native habitats, becoming destructive to local fish, wildlife and plant species. Marine invasive species can seriously affect Alaskan marine ecology by outcompeting native species for food and habitat and their presence must be monitored.
Trips to the wilderness are often fantasized as remote excursions where one is surrounded by snow covered peaks, apex predators and clean running water. This trip to the West Chichagof-Yakobi Wilderness did have its own grandeur scenery, as we were among vast old growth forest, spotted a regal black-tailed deer and in the distance stood the stunning Fairweather Range. But look a little closer and the algae ridden plastic bottles and half-chewed Styrofoam blocks painfully come into view. This trip was about recognizing the trash among the treasure and removing the items that should not be in Wilderness, a place federally protected as a safe haven from human impact.
What do Canadian mines have to do with Alaskan wild salmon? Almost everything.
This link became all too apparent on August 4, when a tailings pond breached at Mount Polley mine in British Columbia. Millions of gallons of metal-contaminated water and sand poured out of the tailings pond and into the arteries of the Frasier River system, transforming healthy salmon-spawning rivers into wastelands. Several newspapers referred to the Mount Polley breach as one of the biggest environmental disasters in modern Canadian history.
But it’s not just a Canadian disaster, it’s an Alaskan disaster. While the breach occurred on Canadian soil, it will adversely impact Alaskan waters and Alaska wild salmon. As Senator Begich noted in an August 26 press release, “The dam failure validated the fears that Alaskans have regarding Canada’s proposed development of large-scale hardrock mines near transboundary rivers like the Unuk, Stikine, and Taku Rivers.” For Southeast fishermen, this is not welcome news. And what’s worse…Mount Polley is only the beginning.
In northwest British Columbia (B.C.), a mining boom has begun that could threaten Southeast rivers, salmon, and Alaskan jobs in fishing and tourism. There are currently 21 mining projects in Northwest BC that are either active or in the later stages of exploration. At least 5 of these projects are located along the Stikine, Taku, and Unuk Rivers, key salmon rivers that flow right into Southeast Alaska.
The development of large-scale hardrock mines in BC is alarming. Almost all of the proposed mines involve large-scale hydro projects, transmission lines, roads, and storage areas for acid-generating waste rock and mine tailings. Threats posed by these mines to water quality and salmon habitat include tailings dam breaches, spills, long-term acid mine drainage, and habitat fragmentation. These concerns prompted a group of 36 Canadian and U.S. scientists to write a letter warning officials of the environmental risks posed by transboundary mines. To see the letter in full, click here: Letter of Concern about Proposed Development in the Transboundary Watersheds
In Southeast, salmon are the lifeblood of our economy. Salmon fishing (including commercial, sport, and subsistence fishing) supports over 7,000 jobs in Southeast Alaska alone and generates nearly $1 billion a year for our regional economy. Keeping our waters clear of mine tailing contaminates and acid-mine drainage is vital for our economy and our livelihoods.
What can do we do stop BC mines from contaminating Southeast Alaska waters? We have to raise our individual and collective voices. We must call our representatives and elected officials and ask them to use all means necessary to protect wild salmon runs from BC mining development. We must act locally. On October 14, the Sitka City Assembly voted 5-0 to protect Southeast salmon streams from transboundary mines in BC. Bravo City Assembly members! To see the full resolution, click here: RES 2014-16 Transboundary Mines
With every day that passes, BC mine projects inch closer to completion. Take action today to protect Alaska salmon.
If wilderness, as its definition attests, is supposed to stand “in contrast with those areas where man and his works dominate the landscape,” then the Kootznoowoo Wilderness of Admiralty Island is serving its purpose well. To camp on the island with the highest density of brown bears on the continent and kayak through waters in which humpbacks are breaching and gray whales flapping their flippers, it’s hard not to feel humbled as a human, and concede that there are areas of this earth where man does not, and should not, hold sway. The migration of salmon swimming upstream; the beautiful, yet haunting, call of a loon; the sight of an undisturbed doe resting on the beach – upon witnessing all these simple joys not manufactured by humans, how can one not agree that there are places on our planet where the rest of nature should dominate?
SCS coworkers Mike Belitz, Bethany Goodrich, Sarah Stockdale, and myself spent the last week of August checking up on the Kootznoowoo Wilderness Area of West Admiralty Island. Kayaking the coastline of Hood, Chaik, and Whitewater Bays, the majority of our time was spent surveying for invasive plants and monitoring visitor use patterns, ensuring that the “untrammeled” character of this land was being well preserved. Wilderness, like all public land, is a shared space. But it’s also, for many, a symbolic and sacred place. A big part of our task was thus making sure that, 50 years out from the passage of the Wilderness Act, and 34 years out from the 1980 designation of this particular wilderness area, the sanctity of Kootznoowoo was still intact.
Not all people would agree with the above assertion though. In his (in)famous article,“The Trouble with Wilderness,”published over twenty years ago, the renowned environmental historian William Cronon critiqued this tendency of people to view nature as sublime, considering it a perspective of the overly romantic. Quoting Muir on Yosemite and Thoreau on Mount Katahdin and Wordsworth describing the Simplon Pass, Cronon writes that “all three men are participating in the same cultural tradition and contributing to the same myth – the mountain as cathedral.” He argues that by using such religious rhetoric to describe these spaces, we’ve abstracted wilderness, transformed it into a concept merely fit to serve our cultural and emotional needs. Thus, to him, seeing God or something spiritual in nature is a problematic aspect of how humans have historically and continue contemporarily to conceive of the outdoors.
But I disagree. To me, using such spiritual speech isn’t a romanticization or abstraction of the wilderness as much as it is an expression of the awe, reverence, and humility that these men, among many others, have felt in nature. Shelton Johnson, a park ranger featured in Ken Burns’ National Park series, may have communicated it best when he said: “When I think of a grove of giant sequoias, I think of a cathedral, or a church, or a place where you’re not necessarily worshipping the name of something, but the presence of something else. There’s no need for someone to remind you that there’s something in this world that is larger than you are, because you can see it.” In other words, the outdoors is space in which we as humans cannot be deceived into thinking we are infallible, and almighty, and always at the top of the totem pole. It’s a space where we are forced, with what’s before our eyes, to see our vulnerability, and co-dependence, and reliance on existences and processes bigger and beyond us, be those scientific, spiritual, or both.
So, despite Cronon’s objections to it, I think there is something apt regarding the religious language often used to describe wilderness. Man’s place in and relation to nature, and wilderness in particular, has always been difficult to define. A hotly contested question, my definition will have no more claim to conclusiveness than any other. But it’s always made sense to me to think of wilderness as a religion with many churches, a religion with many places and manners of worship. Like any church or synagogue or mosque, it’s a space deserving of respect, where there are some rules as to what you can and cannot do, and some strictly defined parameters. But within those, there is also the freedom to make meaning and find inspiration as you wish. It’s a place where people can go for different purposes and pursuits, but, regardless, it should be treated with the deference and due regard you would accord your own or someone else’s place of worship.
As we face growing environmental challenges and crises in the 21st century, having such humility and respect for the temple of wilderness, for these places untrammeled by man, for these spaces in which we do not dominate, will, I think, only serve us well.
Thank you to everyone who has kept up with SCS’s wilderness program this summer and read along with the blog posts. Your support has meant a lot.
Early last month, when the tailings dam at the Mount Polley Mine in British Columbia breached releasing 10 million cubic meters of contaminated water into Polley Lake and Quesnel Lake, southeast Alaskans woke up to the possibility that other BC mines could pose the same threats to southeast Alaskan fisheries.
Tailings dams are built to hold the waste rock that is extracted from ore during mining. These toxic tailings are often stored under-water and the dams are built to keep the waste from spreading to the surrounding environment. Because the waste rock can be so harmful, tailings dams need to be maintained forever.
The tailings dam at Mount Polley Mine was only 14 years old.
As more new mines are built along the BC and Alaska border, Alaskans now know the risks mining accidents pose to the people and ecosystems sitting downstream. And they can do nothing to protect themselves.
The Transboundary Mine Issue
Mining has been a part of the British Columbia economy for more than 9,000 years, since First Nation peoples first started trading obsidian. When Europeans arrived in the 19th century, mining took on a more prominent role and there are no signs of activities slowing down.
BC premier Christy Clark promised to bring eight mines in four years to the province when she was elected in 2011. With the recent completion of the Northwest Transmission power line up the western border of BC, it looks like she can make good on her promise.
The first mine to make use of the new power line is the Red Chris Project, which is set to begin operations by the end of the year. The Red Chris Project tailings dam is located near the Iskut River which is one of the main tributaries of the Stikine River – the largest river by volume in the Tongass National Forest and one of the largest producers of salmon.
The tailings dam at Red Chris is set to be 330 feet high and needs to hold 183 million tons of toxic tailings. The mine will process 30,000 tons of ore per day for 28 years, according to owners, Imperial Metals Corporation. The Imperial Metals Corporation is the same mining company that built the Mount Polley Mine.
All of the proposed mines will process tens of thousands of tons of ore per day with the largest mine, Kerr Sulphuretts Mitchell (KSM), set to process 120,000 tons of ore per day for 52 years. Most of the proposed mines will be in operation for less than 25 years.
And, the Red Chris isn't the only mine threatening southeast Alaskan watersheds. The major salmon-producing watersheds in danger from the new mines are the Stikine, Unuk and the Taku. Commercial and sport fishing are a $1 billion industry in southeast Alaska and salmon is also important for tourism and subsistence in the Tongass. Should a tailings dam breach or another mining accident occur, these watersheds and southeast Alaskans that depend on them will bear the brunt of the risk.
Alaskan senators, fishermen, conservationists and natives alike recognize the risks these new transboundary mines pose for southeast Alaska and the livelihood of the Tongass National Forest. But, because Canada is the sovereign country, southeast Alaskans have no way to protect themselves from the dangers upstream.
The Boundary Waters Treaty places responsibility for any pollution in Alaskan waters from the mines on Canada, but little is required for pre-emptive action to prevent the pollution from ever occurring.
And it's not just a major catastrophe like what happened at Mount Polley that Alaskans should worry about. Dust from the mines could smother salmon eggs. Leaking chemicals could kill salmon foods sources. Increased copper in the water is believed to impair fish hearing and make them less able to avoid predators. All of these side effects affect the survivability of the salmon before a major accident happens.
Preserving the last frontier
The Tongass National Forest is the largest in tact temperate rainforest in the world. The forest is home to about 70,000 people that all depend on the healthy and sustainable fisheries found here. Salmon is a part of the Alaskan way of life. From commercial and sport fishing to subsistence, the five species of Pacific salmon are a lifeline for the culture and people.
As the FDA continues to test the limits of genetically modifying fish and more and more farmed fish make it on to American plates, we should be fighting harder to protect what wild and sustainable fisheries this country has left. Fish that can grow bigger and fatter faster pose unforeseen threats to American health and only fulfill the wasteful desires to always have excess. Fresh, wild fish should not be the delicacy, but the norm.
And finally… Alaska is America's last frontier. We are a nation of explorers, of entrepreneurs and innovation. Part of that identity comes from the wilderness within our borders, the adventure that can be had in our own backyard. But that wilderness is quickly disappearing and these mines might destroy the little that Alaska has left. America needs wildness and should fight hard to protect it.
Almost three months have already gone by since I started my internship with the Sitka Conservation Society, under the supervision of Scott Harris, the Conservation Science Directorat SCS. It is now the start of September and I cannot believe how fast time flies by when I am truly enjoying my eye-opening opportunity. It still feels as though only yesterday I landed in Sitka Rocky Gutierrez Airport. Nowadays waking up every morning to rhythmic pulses of the rain droplets and the fresh aroma of the soothing ocean breeze has become a part of my daily life.
Along with the overwhelming invasion of nature in my life, I also get a chance to spend the majority of my time here in the largest national forest in the United States at 17 million acres. The Tongass is one of the last few forests untouched by industrialization and remains as the largest temperate rainforest on earth. The forest encompasses part of the Northern Pacific coastal forests along with the Central and North Coast regions of British Columbia. Due to its vast size, the forest hosts a number of various types of trees: western red cedar, sitka spruce and western hemlock. The forest is also home to five species of salmon, brown and black bears, and Bald Eagles.
My days at Sitka are often filled with a variety of outdoor activities- all of which have constantly kept me marveling at the great nature I am surrounded by. From hiking up mountain trails to kayaking upstream against the swift tides, my internship projects have led me to explore different parts of the Tongass while having the opportunity to meet other biologists, conservationists, and interns. One of my projects involved monitoring a conservation and restoration project implemented by the U.S Forest Service (USFS) in the Starrigavan Recreational Area. I am conducting vegetation surveys in these forest gaps and collecting data from trail cams to monitor deer activity within the gaps for tagging purposes. The workers of the USFS cut oval forest gaps with anarea of 100 ft in diameter to mimic natural disturbances in the forest. The purpose of this is to encourage the growth of shrubs and ferns, which are another type of food sources for deer and bears. Starting since the 1950s, a significant percentage of the big trees (old growth) in the Tongass were logged and when the second generation of trees grew, they left little space for sunlight to reach to the ground. Thus, without these gaps, the growth of shrubs and ferns will decrease, thereby lowering the food sources for the deer, which may lead to a decline in the deer population in the future. Within the gaps, there are also deer enclosures to monitor how deer foraging affects vegetation growth.
From the peaks of the mountains to where streams meander across the landscape, my weekly duty takes me to a stream that flows through the community of Sitka. Once a week I would ride my bike down to Indian River to collect water samples from the river. According to the protocol, I would filter the water from the river and pour them into two sampling bottles. The Sitka Conservation Society is a part of SALMoN (Southeast Alaska Long-term Monitoring Network) and participates in the Global Rivers Observatory (GRO). GRO documents water chemistry from rivers around the world in order to understand long-term ecological changes to freshwater ecosystems. To document the water chemistry, GRO analyzes nutrient concentrations, dissolved organic carbon, and the isotope ratio of strontium. Local streams such as Indian River will be studied alongside the great rivers such as Amazon, Yangtze and others. The program started when Dr. Bernhard Peucker-Ehrenbrink, a Senior Scientist at the Woods Hole Oceanographic Institute and one of the founders of GRO was a Scientist in Residence at the Sitka Sound Science Center.
My days often began with journeys packed with wilderness adventures. I went on a five day camping trip to West Chichagof-Yakobi Wilderness which is located about 55 miles away from Sitka and it takes around 3 hours to get there by boat. This trip by far is the longest period of time that I've been out camping. The purpose of this project is to install temperature loggers into five different streams in order to monitor the health and the quality of the stream waters. To arrive at some of these streams, we had to bushwhack through the forest while making noises to alert the bears. Some trails were challenging and tedious with rugged and slippery mud-covered grounds but they were all fun. Once we've reached the streams, we conducted a variety of analyses such as installing temperature loggers and recording the stream width. We also measured the flow of the streams and noted down the dissolved oxygen levels. While performing these tasks, it was fascinating to see thousands of salmon fish swimming up these streams, their silvery scales reflecting the sunlight underneath the clear water. The end of each day was an even bigger adventure for me since we would move from one campsite to the next. Before the sun sets, we would spend about 30 minutes, cruising around the ocean in our boat, searching for a safe spot to camp. We camped on different parts of the forest each night and got to explore the wonders of the old growth wilderness in the dark, quiet night.
From sampling streams, my internship has also taken me to Redoubt Lake, a unique meromictic lake where its top layer is freshwater with several hundred feet of saltwater on the bottom layer of the lake.Going to Redoubt was a whole new experience unlike anything before at Sitka. Not only was it the longest camp trip, it was also riveting to be at Redoubt Lake where I had a chance to work with the Forest Service. Located about 12 miles from the city of Sitka, Redoubt Lake plays an important role in the subsistence fisheries for the people of Sitka. The Forest Service maintains a weir system to count and record the fish entering whereafter the Alaska Department of Fish & Game makesmanagement decisions based on the data collected each season. Once the fish pass through the weir, they head up to the northern tip of the lake and travel up streams to spawn. Through out the process, I witnessed the physical transformation of these iconic fish. Their bodies become bright red and the male sockeyes' heads morphed into sharply hooked noses with gawking teeth. They nipped and bit at one another, fighting to reproduce for the first and the last time, before they lie lifeless beneath the streams. It definitely was a biological process worth observing.With large amount of ocean surrounding the island comes the freshest seafood. The most important resource of Southeast Alaska is salmon. There are five different types of salmon here: king, sockeye, coho, chum and pink salmon. Here, salmon is fished for industrial purposes and plays a major role in sustainable fishing as well. Out of the five different types of Salmon, I have already tried three of them, which are King, Sockeye and Pink. The two that I haven't tasted yet are Coho and Chum. Most people here prefer the King and I have to agree with them on that. I also got a chance to try deer meat, which tasted like beef but leaves a trace of gamey palate in your mouth.
Despite the nature explorations that were required for work, I also had a chance to enjoy the beautiful picturesque landscape of Alaska. The town of Sitka is small with a population of 9000 people, yet it is lively and vibrant with esthetically decorated small vendor shops. Sitka is surrounded by the sounds of clashing waves and mountains varying in heights. During my leisure time from work, I went on hikes on the mountains with friends and enjoyed stunning landscapes from the peaks of the mountains. Along the way, I met other interns and co-workers who were passionate about conserving the natural beauty that the Tongass has to offer.
On the 28thof August, I completed my internship with the Sitka Conservation Society and had the opportunity to gain hands on conservation experience that I have longed for. Within the past three months, I learned so much about the importance of conservation methods, and my internship gave me a chance to work with land managers who are working on making important conservation decisions. I learned new research and conservation approaches and methods as well as the importance of social outreach to the community for our conservation works. Overall, this internship has given me invaluable knowledge and taught me to have even more respect for the beautiful wilderness and the natural wonders of the earth. This was truly an eye opening experience and certainly, one that I will never forget.
Tourism is a $1 billion industry in southeast Alaska, fueled by visitors coming from all over the world to view the glaciers, bears, eagles and to experience the wilderness. But, they also come for the whales!
The population of North Pacific humpback whales in southeast Alaska used to be a lot higher, but humans actually almost hunted the animals to extinction. Whale oil is very fuel efficient and used to power much of Juneau. But, after whaling began, a population of 15,000 humpbacks reduced to only about 1,000. Today, the whales are protected and even tour companies have regulations to keep from disrupting feeding patterns of the animals.
North Pacific Humpback whales can be seen around Sitka all summer long. The humpback whales that inhabit these waters all summer likely spend their winters in the warmer waters surrounding Hawaii, Mexico, or in the western Pacific. If you are looking for whales on the horizon, best to try and spot a surge of water, oxygen, carbon dioxide and maybe a little bit of whale snot shooting into the air. The spouts that humpbacks send up into the air are exhalations of breath than can be at speeds of 300 miles per hour! If you look carefully enough, you can see these spouts from shore!
Why Alaska in the spring and summer? There is so much food for them to eat!Speaking of food, North Pacific humpbacks feed on herring and krill. They take in tons of water into their mouths, and then as the water is released, their teeth act as filters and catch the fish in their mouths. Despite the size of the animals, their throats are only the size of grapefruits. So they eat lots of really tiny food to fuel their big bodies.
Why are they called humpbacks? Oh, that's easy! There is a large hump along the back of the whales. Humpback whales also have very long flippers. They can be distinguished from other whales from the size of their flippers which can be up to 25 or 30 percent of their body length. Now for whales that can be up to 50 feet long - those flippers are rather large! Humpbacks also weigh about one ton per foot of length. That means a 50 foot whale can weigh 50 tons!
The National Ocean Atmospheric Administration (NOAA) can actually keep track of the individual whales that make their way up to southeast Alaska every year. The flukes (or tails) of humpbacks are unique to each individual. They are like fingerprints and NOAA has names for individuals it has identified from photos of flukes. Maybe next time you're out on the water looking for whales you can snag a picture that NOAA can use to name a new whale visiting the southeast for the summer!
Sitka Conservation Society Executive Director Andrew Thoms is a member of the Tongass Advisory Council, a group of 15 stakeholders from all over the Pacific Northwest, including fishermen, timber salesmen, Alaska Native groups and conservationists.
Thoms traveled to Ketchikan last week for the first of many The Tongass Advisory Committee meetings that will discuss strategies for implementing a new management plan for the Tongass National Forest. The goal of the new plan is to shift from old growth to young growth timber harvesting.
"This committee is leading the way in figuring out how land and resource management can sustain and benefit communities while also conserving intact ecosystems," Andrew Thoms, executive director of the Sitka Conservation Society and a member of the committee said. "It is natural that this is being done in Southeast Alaska because all of us who live here are so connected with the natural environment and the resources it provides."
The Tongass National Forest, Sitka's 17 million acre backyard, is the largest in-tact temperate rainforest in the world. And, the Tongass Advisory Committee wants to make sure it stays that way. Thoms and other members of the committee still want the forest to be profitable, but in more sustainable and community-focused ways. The Tongass National Forest is home to 74,000 people.
"I am very impressed that 15 people can come to consensus and put community at the top of the list," Wayne Brenner, one of the nominated co-chairs of the committee said after the three-day conference. "That is the key that holds Southeast together."
The old growth that is left in the Tongass only makes up about 4 percent of the forest. The committee wants the U.S. Forest Service to shift the focus from valuable old-growth timber to renewable resources and industries like salmon fishing and tourism. Timber harvesting will not completely disappear, but rather the committee wants to encourage a shift to young-growth harvesting.
Forrest Cole, Tongass National Forest supervisor, said the transition to young growth will support a healthy forest ecosystem, while also creating more sustainable southeast communities.
"We are confident this transition will work long term and we are excited that it has already started with Dargon Point, which could become a benchmark for future projects," Cole said. Other young growth harvesting projects are being planned for Kosciusko Island and Naukati-Greater Staney on Prince of Wales.
"For the past several decades there has been significant conflict with harvesting old growth timber and building roads," Cole said. "This struggle has damaged the local timber industry and has negatively affected the Southeast Alaska economy."
Kirk Hardcastle, a committee member, is also a commercial fisherman in southeast Alaska. He applied for the committee because he wanted to help transition the Tongass Management Plan to one more focused on fishing and renewable energy.
"We have every renewable energy resource in southeast Alaska," Hardcastle said. "We're not looking to export as much as apply the technology to our communities."
In addition to fishing and renewable energy, the committee meetings on August 6 – 8 in Ketchikan also focused on subsistence, tourism and recreation.
Thoms is honored to be a member of this committee and to be a part of implementing a new management plan in the forest. While the actual transition may be several years away, he is working with the Forest Service to ensure they are taking steps in the right direction.
As published in the Sitka Daily Sentinel on Wednesday, August 20, 2014
Scientists are searching for a method to eradicate the invasive tunicate species that has kept Whiting Harbor closed since 2010. This invasive sea squirt has been found all over the world and can have detrimental effects on marine ecosystems if not controlled. But killing the invasive, is not so easy.
"Sometimes people have this notion that you can just kill anything," Ian Davidson, of the Smithsonian Environmental Research Center in Maryland, said in a recent interview. "There is not a standard template you can just follow and do."
Whiting Harbor is the cove between the Northwest end of the airport runway and the causeway linking the islands of the Fort Rouseau State Historical Park. If not for the tunicate contamination, Whiting Harbor would be the preferred access to the state park, which is accessible only by boat.
This September, Davidson and other scientists from the Smithsonian will be testing a possible treatment method for the invasive tunicate to see if they might be able to remove the species from Whiting altogether.
Didemnum vexillum, or D vex, is a fast-growing sea squirt sometimes called marine vomit. It has been found all over the world and has greatly impacted ecosystems off the coasts of New Zealand and Wales and has been particularly harmful to scallop populations near Massachusetts. Scientists believe D vex originated in Japan.
"It establishes well over surfaces," Tammy Davis, invasive species program director for the Alaska Department of Fish and Game, said. "It's a really fast grower."
Fortunately for Sitka and the rest of Southeast Alaska, despite the fast-growing characteristics of D vex, surveyors have not found evidence of the tunicate spreading anywhere else in Alaska.
D vex often attaches to boats and fishing lines and is spread to other areas, so Davis said Whiting Harbor has been closed to all human activity since the discovery of the tunicate to limit the spread of the organism. As for what brought it to Sitka, no one knows.
"We can't say what the vector was," Davis said.
Scientists can't say just how long it's been here either.
Marnie Chapman, a professor at University of Alaska Southeast, was on the bioblitz expedition that discovered the tunicate in 2010.
"It's hard to identify on first look," Chapman said. If the scientists hadn't realized what they had found, "that would have been a nightmare scenario," she said.
Containing and ultimately eradicating the species is important because "invasive species compromise our sense of place," she said. "They take what is special and unique about a particular area and they make it less special."
But while the tunicate has remained contained in Whiting Harbor, scientists still don't know how to get rid of it. Davidson explained part of the research this fall will be testing the effects of increased salt content in the water of the harbor. A higher salinity of the water may help kill the tunicate, he said, but the scientists need to figure out if they can control the salt content in the harbor long enough to be effective.
Davidson's team of scientists will return early next year or in the spring for full on experiments in eradication, he said. This first trip is just testing the methods.
"I want to emphasize that this is not an eradication attempt, but rather a trial to determine how one might go about an eradication effort," Linda McCann of the Smithsonian Environmental Research Center said. "We face several challenges with the work," she said including managing the delivery of the treatment and not harming the substrates the tunicate is attached to.
Davidson said that mobile creatures in the harbor will disperse if the salt content gets too high for them during the testing. He said the scientists were not worried about other invertebrates that may not be able to escape, because they were positive the harbor would repopulate because of Sitka's healthy intertidal zones.
Getting rid of the D vex tunicate in Whiting Harbor is another important step in the management process. Davidson said Alaska has less of an invasive problem than many other coastline states, particularly California.
"Alaska has a stronger reason to protect its territory," Davidson said. "You can get back to a pristine condition."
The Sitka Conservation Society is not only dedicated to protecting the natural environment of the Tongass National Forest, but also to supporting the health and sustainability of the communities that depend on the forest's resources. As part of this mission, we partnered with local communities, the Tongass National Forest, and the National Forest Foundation to conduct a habitat restoration monitoring project on Twelvemile Creek on Prince of Wales Island.
This project has three key components; conducting the actual monitoring of fish ecology, engaging local school kids in hands-on activities in the creek, and training aspiring fisheries professionals from nearby communities.
Stream Team is a statewide citizen science initiative that brings students out of the classroom and into their backyard. This summer, students from Hydaburg, Craig and Klawock were able to participate.Corby Weyhmiller, a teacher in the community of Klawock on Prince of Wales Island, was instrumental in involving students in the hands-on activities. This past summer, kids worked alongside fisheries technicians and researchers at Twelvemile Creek. In addition to developing their math and science skills, the students learned about the background and history of forest management, salmon habitat, and restoration efforts on the Tongass National Forest.
Cherl Fecko has also been integral to the effort to engage local school students. Fecko is a retired Klawock school teacher and continues to work catalyzing environmental education initiatives on Prince of Wales. She said the hands-on experience is valuable for students in Southeast Alaska. "I think in this world of technology, what we're really hoping is that kids don't lose that connection to their outside world," she said. "I mean, they are still using technology but I think it's just so important to still get outdoors and connect with their environment."
The five species of Pacific salmon that inhabit the rivers and streams of the Tongass fuel the economy of Southeast Alaska and are an essential part this region's culture. Past logging practices were detrimental to salmon habitats because surrounding trees and even those lying across stream beds were removed. Forest Service biologists and local conservationists later realized the woody debris in and along the rivers and streams had its purpose. These logs create important habitat for salmon spawning when they are adults and provide cover for young salmon. They also have important ecological functions that can be hard to predict. For example, the logs that lie across creeks like Twelvemile catch and trap dead salmon that are washed downstream, and help fuel the nutrient and food cycles of the aquatic ecosystem.
Over the years, the Sitka Conservation Society, the National Forest Foundation, the U.S. Forest Service, The Nature Conservancy, Trout Unlimited, and our communities have worked in partnership to focus on restoration projects that can return these streams to their original condition. This summer, enthusiastic Stream Team students, high school interns, and teams of scientists were out in the waters, observing the habitats to find out what has worked well in the restoration process and what can be improved. This adaptive management testing, or post-restoration monitoring, is funded by the Forest Service, National Forest Foundation and members of the Sitka Conservation Society.
The work on Twelvemile Creek has helped more than just the returning coho salmon, however. The internship program has given high school students the chance to participate in the research and get on-the-job training and exposure to fisheries research. Upon completion of the internship, students may receive scholarships for the University of Alaska Southeast's fisheries technician program.
The Sitka Conservation Society remains committed to not only the health of the fish in Twelvemile Creek, but its future stewards. Conservation Science Director Scott said, "It's a long-term commitment to taking care of a stream, but this is not just any stream and these are not just any kids. Ideally they'll end up getting jobs as fisheries biologists and fisheries technicians and natural resource managers."
Founding by Congress in 1991, the National Forest Foundation works to conserve, restore, and enhance America's 193-million-acre National Forest System. Through community-based strategies and public-private partnerships, the NFF helps enhance wildlife habitat, revitalizes wildfire-damaged landscapes, restores watersheds, and improves recreational resources for the benefit of all Americans.