Spring Migration

The spring migration is urgent and depending on the species of birds, there is a specific optimal time when the birds need to arrive for breeding.

So who arrives first?

Yellow-headed Blackbird: March 16 - April 30

Yellow-headed Blackbirds have a very systematic migration plan. Traveling to Montana from as far south as central Mexico, yellow-headed blackbirds migrate in large flocks that are segregated by sex and age. Arrival on the breeding grounds in spring is an orderly process. Mature males migrate first, followed by mature females as much as two weeks later. Next come the first-year males, followed in about a week by first-year females.

Swainson’s Hawk: April 1- April 30

The fall migration of this species is a spectacular phenomenon, as virtually all of the world's population of Swainson's Hawks funnels through Central America within a few days. Until very recently, these hawks were thought to disperse across the whole of South America, and no one really knew where or how they spent the northern winter.

Who are the final migrants to arrive?

Yellow Warblers: May 1 - Jun 15

The first Yellow Warblers to arrive in the U.S. are those that will reach southern California in mid-March. These birds, representing two subspecies, pass up the Pacific coast and reach southern Alaska by mid-May. The other five subspecies will arrive in the U.S. in early April. Their movement is rapid; some of these birds will reach the Great Lakes region before the end of April, and others may arrive in interior Alaska by mid-May. But for us, we will see these birds come May!

Western Tanager: May 16 - Jun 15

The majority of this striking species winters in southwestern Mexico and Central America. The actual migratory routes of Western Tanagers are largely unknown. These birds are nocturnal migrants that travel at high altitude covering great distances in one night!

All of these birds can be spotted at the Lee Metcalf National Wildlife Refuge.

Click Here for a list of all birds living at Lee Metcalf National Wildlife Refuge.

For more information on bird migration, check out the eNature website.

Great Grey Owl Sighting

 This past weekend, Robin Childers, one of our Master Naturalists, got a call from a friend that a Great Grey Owl was hanging out in their neighborhood.  She dashed over, camera in hand, to investigate, and got some lovely pictures of this beautiful bird, who was hanging out on a powerline on 7th St. in the Target Range area.  

 Great grey owls hunt during the daytime, and this one seemed very tolerant of the small crowd of curious folk nearby.  

 What exciting wildlife have you been seeing lately?  Please share!

A Guide to a Montana Winter

We all know that winters in Missoula can get pretty gloomy and we find ourselves just sitting inside waiting for sunny weather.  But there is a cure!  Here are a few upcoming events that you can do this winter in Missoula and the surrounding areas.

Montana Natural History Center:

The Montana Natural History Center offers great activities all year long.  Saturday Discovery Days are offered nearly every month for adults (and families) and feature different educational topics about Montana wildlife.  The Winter Raptor Workshop is this Saturday, February 12th.  Spend an incredible day seeking out raptors with Denver Holt, renowned wildlife researcher, naturalist and founder and president of the Owl Research Institute. Learn winter raptor natural history, gain insight with helpful raptor identification tips and experience the wonder of winter raptors.

For more information about community activities and Saturday Discovery Days click here.

Even though the Master Naturalist classes are full for the winter and summer, you can sign up for our Fall 2011 course!  This is for any adult who is enjoys learning about the natural world, sharing knowledge with others, and supports conservation. If you enjoy hiking, bird watching, following tracks, or identifying wildflowers, you’ll love being a Montana Master Naturalist.  For more information click here.

Montana Winter Events and Festivals:

I recommend going to any winter festival you can.  I just came back from the winter carnival in Whitefish and had a blast!  For all things winter in Montana click here.

On February 19th and 20th, the Northern Division Freestyle Competition is coming to Missoula.  This annual event features the best skiers in the area for moguls, freestyle competition and jumping.  For more information click here.

 If you're willing to take a drive, you can also visit Whitefish on February 19th for the Moonlight Dine and Ski.  Come for an evening of fantastic cuisine and winter adventure. Watch the moon rise from the summit, feast on delicious dishes, top it off with some dessert, then click into your bindings and ski or snowboard down the mountain by moonlight. Or, for guests who prefer, climb aboard the Big Mountain Express chairlift for a smooth cruise back to the village.  For more information click here.
The Moonlight Dine and Ski will also be celebrated on March 19th, for those who cannot make it in February.

Starting February 11 through the 20th Missoula is hosting the Big Sky Documentary Film Festival.  It showcases the best in documentary films from around the world. The festival attracts more than 10,000 people and screens more than 100 films during the week-long event. All films are shown on Montana's largest movie screen at the historic Wilma Theater, downtown Missoula. Filmmakers from around the world will be in attendance to address audiences after their films screen. Tickets and passes are sold at the Wilma Box Office. For more information click here.

And, of course, there's always cross-country skiing and snowshoeing if you need a fun and inexpensive way to enjoy the outdoors.  Look up snow conditions for surrounding cross-country ski trails here.  This has been a great winter to ski in the Rattlesnake and Pattee Canyon, and getting out for even an hour of exercise in these winter wonderlands is enough to drive away the blues and bring a smile to your face!  You can rent skis and snowshoes quite affordably at places like the Trailhead, REI, the Army-Navy Store, and the University of Montana outdoor program (for Griz card holders).

If any one has other great ideas of things to do this winter don't hesitate to leave a comment.  We'd love to hear some of your ideas!

  

Spotlight On...Redtwig Dogwood

Redtwig Dogwood

Cornus sericea

Cornaceae (Dogwood Family)
Quick ID:

Redtwig dogwood is full of character throughout the year.  In its leafless winter state, the conspicuous red branches set off a blaze of color against the snow.

Early spring brings dense, flat-topped clusters of creamy white flowers, which give way to pea-sized white berries in summer.

Cooler temperatures bring out purple and red anthocyanins in the leaves--the mass fall display of a dogwood thicket can really take your breath away.  Look for this loosely spreading deciduous shrub, typically 6-12' high, growing in dense thickets in riparian areas and open forests.

The red twigs are tipped by a uniquely pointed terminal bud, and can be covered in lenticels on the old growth.  Leaves are opposite (arranged in pairs along the stem), simple (not lobed), with entire (not serrated) margins that tend to be wavy and occasionally rimmed in purple.

Notice the way the veins sweep up toward the tip of the leaf.  This is a great identifying feature that can be used to distinguish dogwood from the many other simple-leaved species out there (chokecherry, twinberry, huckleberry...I'm looking at you).

Range:
Very common throughout Canada and the northern US, south to Virginia on the east side and northern Mexico in the west.  Look for it growing in the rich, moist soil of riparian areas and in forest openings, in conjunction with alder (Alnus spp.), willow (Salix spp.), cottonwood and aspen (Populus spp.), Wood's rose (Rosa woodsii), currants (Ribes spp.), Rocky Mountain maple (Acer glabrum) and horsetails (Equisetum spp.).

What's in a Name?
Cornus is the Latin word for horn (like a unicorn).  The Romans called the dogwood "cornel", in reference to its wood, which is hard as the horn of a goat and useful for making a great many things.  This is also a convenient way to remember the distinct leaf buds of redtwig dogwood, which are narrow and pointed like horns.
The species name sericea means silky, in reference to the fine hairs covering the leaves.  The origin of the word "dogwood" itself is not totally settled.  It may be a corruption of "dagwood", from the use of its hard wood in making dags (or daggers).  Alternatively, there is some evidence that a concoction of English Cornus leaves was used to treat dog mange in 17th century herbology.
C. sericea is also commonly known as redosier dogwood.  This may be confusing, since "osier" comes from the medieval term for willow (Salix sp.)  In fact, the flexible young branches of C. sericea have long been used for basket weaving, much like the willows that grow in similar streamside thickets. 

Tidbits:
Like most of our native plant species, dogwood has been, and continues to be, valued for its many benefits to humans.  An extract made from the leaves, stems and inner bark can be used as an emetic for treating fevers and coughs (and a great many other ailments), and the inner bark scrapings have long been added to tobacco smoking mixtures.  The red stems not only produce colorful weaving patterns, but can be used to make red, brown and black dyes.

The white berries, although tart and bitter, are not poisonous, and have been eaten by many people throughout history.  The fruits are low in natural sugars, making them less attractive to wildlife and less likely to rot than other berries.  Thus, dogwood fruit persists long into the winter, making it available when other food is not.  These unlikely berries are a key food source of grizzly and black bears, and are also eaten by songbirds, waterfowl, cutthroat trout, mice and other animals.  Beavers use the hard wood to build dams and lodges.

Thickets of dogwood are especially good habitat for little birds like the dusky flycatcher, orange-crowned warbler, Lincoln sparrow and the house finch pictured here.  These thickets, often located along the river's edge, provide good places to rear young, with year-round security and food sources.  Because of its thick root system, redtwig dogwood is also important for stabilizing these streambanks, particularly in places where stream channels are scoured by seasonal flooding.

Wild Gardening

Being a water-loving species, Cornus sericea is tolerant of moist soils and varying water tables.  Once established, it also holds up well against drought.  Research has shown that water-stressed plants actually have a higher tolerance to freezing cold temperatures.  When dogwood senses the shortened days of oncoming winter, tissue changes occur that prevents the plant from taking up water and increases water lost through transpiration, so the tissue becomes dehydrated even when water is abundant.  This interesting adaptation, along with C. sericea's somewhat complex ability to avoid freezing injury by having water freeze outside of its cells, should make it an incredibly cold-hardy choice for northern gardeners.  BUT, remember the notorious cold snap of early October, 2009, when temperatures across Montana took a sudden dive into the single digits?  Our 11-year-old redtwig dogwood--10' tall and strong as an ox, we thought--was the only significant plant we lost at the Nature Adventure Teaching Garden here in Missoula.  Granted, all the plants at the NATG are dynamite no-fear natives that can take most anything the weather throws at them, so the garden's overwhelming hardiness came as no surprise.  The loss of Big Red was a sad one, though.
Luckily, dogwood is easy to propagate by seed, layering or stem cuttings, and easy to establish in a range of soils.  This is one shrub that will do fine in partial shade as well.  And while the tender stems are preferred browse for deer, elk and moose, they're less enticing that many of the delectable non-native shrubs commonly planted as ornamentals.  Aside from all the wildlife you'll be providing backyard habitat for, you'll also be enticing pollinators and butterflies with the fragrant white blossoms in spring (C. sericea is an important larval host for the Spring Azure (Celastrina ladon) butterfly.  Overall, this is one of the best all-purpose native shrubs to plant for ease of care and year-round enjoyment.

Thanks to Dave DeHetre, Bryant Olsen and Paul Alaback for some of the images used here.

Spotlight On... features Montana native plants that are currently on display in our natural areas.  Have a plant that you'd like to see featured?  Let us know!

Wolverines: Dangerous or Endangered?

Picture a weasel -- and most of us can do that, for we have met that little demon of destruction, that small atom of insensate courage, that symbol of slaughter, sleeplessness, and tireless ,incredible activity -- picture that scrap of demoniac fury, multiply that mite some fifty times, and you have the likeness of a Wolverine.
-Ernest Thompson Seton, "Lives of Game Animals.”


The fiercest creature on earth. Demon of the North. A dangerous killer. Indian Devil. Given the wolverine’s astonishing array of sinister nicknames, it is difficult to imagine what would possess a person to acquire a wolverine and keep it as a house pet. However, in his book Demon of the North, a German animal dealer in the 50’s, Peter Krott, recounts his domestication of and affection for these elusive predators. The wolverine plays prominently in Native American mythology as an oftentimes malevolent trickster figure. In Passamaquoddy mythology, “Master Lox” or “the Indian Devil” is a wolverine.  In the popular imagination, the wolverine has come to be representative of the brutal, wild landscapes which it inhabits.  With a bear-like appearance (albeit much smaller), teeth which can crush bones and tear through frozen flesh, and the ability to outrun a snowshoe hare (see video footage here), it’s not entirely surprising that the wolverine has developed a reputation as a ferocious predator.  

Physical Characteristics

The largest member of the Mustelidae (weasel) family, the wolverine is stocky and bear-like in appearance. It has small eyes, rounded ears, short legs, and large, 5-toed feet which act as snowshoes in the snowy habitat in which the wolverine spends much of its time. Adult wolverines generally range in length from 25-35 inches and weigh 20-50 pounds. They display sexual dimorphism, with males often weighing up to 140% the weight of the females. Their fur is a dark, glossy brown, and was prized by the Inuit and fur traders alike for its frost-resistance.

Diet

The wolverine’s Latin name, Gulo Gulo, translates to glutton, denoting a voracious appetite and over-consumption but this is an inaccurate depiction of the wolverine’s eating habits. The wolverine is a scavenger and will eat anything from plants, berries, or eggs to caribou. It eats carrion (often the leftovers of other predators) but is also capable of bringing down animals several times its size when necessary. According to Daniel Mathews, in Rocky Mountain Natural History, “Biologists in the Selkirks found a 300-pound caribou brought down by a 25-pound wolverine, which must be close to the extreme size ratio a lone mammal predator can tackle.” What they don’t eat they will often spray with musk and store in a cache for later (the behavior from which the nickname “skunk bear” derives.)

Range and Habitat

Wolverines are capable of traveling prodigious distances. A lone wolverine will travel up to 30 miles in a single day in search of food. A male’s home range may be as large as 400 square miles. They live in remote, vast wilderness areas in boreal forests and tundra in Northern latitudes. The wolverine has been extirpated from much of its former habitat by the encroachment of human development.

Protection Status

The wolverine is not listed as endangered or threatened, though many wolverine advocates have been working tirelessly to achieve protection for wolverines. The potential impact of global warming on critical wolverine habitats is of particular concern. Wolverines rely on the carrion of ungulates which have fallen prey to avalanches and other winter-specific deaths, and as we continue to see milder winters, food could become more and more scarce for these scavengers.  Female wolverines are reliant upon the winter snowpack for their dens and as this snow disappears, it will become increasingly difficult for them to find suitable sites for their dens.  Additionally, a decrease in winter snow cover will fragment already vulnerable wolverine populations even further. A lack of connectivity between different populations increases the likelihood of inbreeding, and the subsequent plummeting of genetic variation and the species’ long-term survivability.

Last December, the U.S. Fish and Wildlife Service acknowledged that wolverines are endangered; however, it refrained from listing them, citing a backlog of petitions for endangered status for different species and a lack of funding as reasons for this decision. Steve Guertin, regional F.W.S. director, said, “Listing the wolverine as a designated population at this time is precluded by the need to address other listings of higher priority, it is proposed for listing when funding and workload priorities allow.” In the meantime, a study done by the Rocky Mountain Research Center and the University of Washington Climate Impacts group predicts that the wolverine’s habitat will decrease 63% by 2099.  This incredibly resilient creature might not be tough enough to survive a changing climate.

Winter Adaptations of Three Montana Animals

Bears

                                                                                                                                                           

When we thinks of bears during winter, we commonly think of hibernation. But, in fact, bears do not hibernate at all. They go into what is called torpor, or short-term hibernation. Torpor helps bears save energy during winter when food is harder to find. When the animal is in torpor, its heartbeat and temperature go down, but not as much as in true hibernators. This aids animals such as bears in colder climates because it helps the animal conserve energy. This is not as deep a ‘sleep’ as hibernation and can last a very short time.

Unlike animals that go through hibernation, bears can wake up fairly easily. When they do, they will occasionally leave the den, but for the most part they do not eat or drink during winter.  During this time, a bear loses 15 to 30 percent of its body weight--without defecating or urinating.  Instead, the bear recycles its waste.  It does this by breaking down the urea, which at high levels is fatal.  The resulting nitrogen is used to build protein, allowing the bear to maintain muscle mass and organ tissue.

Bears and Their Cubs

The bear cub is born mid-winter, blind, hairless, helpless, and weighing less than a pound.  The tiny bear cub is just a fraction of one percent of the mother bear's weight.  "It's almost an external pregnancy--the cub is born and then migrates to the teats and nurses," said biologist John Hechtel. "The size of the cub in the spring when it comes out of den is closer to what you'd expect to see at birth." The reason for this is bear milk, which is very high in fat. The hibernating mother bear is living off her stored fat, and it's much more efficient for her to put that fat into her milk than to convert it to sugars and proteins that must be transported through her blood to the placenta, then through the placental barrier to the fetus. The mother also cleans the cub, and, by consuming the cub's waste, everything is recycled.

Grouse

Resting place of a ruffed grouse just after its departure

The ruffed grouse is famous for its winter roosting routine, commonly referred to as “snow roosting.” If the snow is soft and a foot or more deep, the grouse is likely to spend the night in an insulated, air-filled snow tunnel. To do this, the grouse will fly directly into the snow. Then, with its wings and feet, the grouse extends the tunnel, sometimes to as much as 10 feet. Recent research suggests that the temperature in the tunnel can be as warm as 32 degrees Fahrenheit and that it rarely falls below 20 degrees. The tunnel helps the grouse conserve energy, so it needs less food. Less time spent in the open also means less time being exposed to predators.

Ruffed grouse are poor at storing fat, so the winter months are tough. This means grouse must eat large amounts of food daily to survive. However, this poses a challenge. If the grouse feeds for too long, it risks being exposed to predators such as the red-tailed hawk and the great-horned owl. To minimize the risk, grouse eat fast. In as little as 20 minutes a grouse can swallow enough buds to make it through the day.

Ruffed grouse have other physical and behavioral characteristics that help in winter. In September, fleshy projections—called pectinations—begin growing on the sides of their toes and stay until spring. These comb-like nubs increase the surface area of the foot and work like snowshoes, allowing the bird to walk across snow with less effort. Pectinations also give the grouse a better grip on ice.

Grouse feathers also adapt in winter. In cold weather, special feathers extend down the beak and cover the nostrils. This allows the grouse to breathe in warm air. Ruffed grouse also have feathers partially covering and insulating their legs.

Moose

Bull moose eating willows

Moose are long-legged and thick-bodied, adaptations that enable them to move about through deep snow and wet lands and to carry sufficient fat stores. Their thick, hollow hair is fatter at the tip than at the base. The shape helps trap an efficient insulating layer of air next to their bodies. But staying warm is not all the moose has to worry about.

 

For moose, winter is full of suffering and triumph over that suffering. But the suffering is not as a result of the cold. Because of their winter adaptations, the cold hardly bothers them. The struggle that moose face is finding food. During winter, moose mostly eat twigs from deciduous trees and shrubs and the twigs and needles of balsam fir and cedar. Each bite of food is a mere gram–just 1/28th of an ounce. Furthermore, twigs and needles contain only one third the nutrition of leaves that moose eat during summer.

The food is not only low in nutrition, but worse off, difficult to gather. The snow is deep and moving from tree to tree is difficult and energy consuming. An 800- or 1000-pound moose survives the harsh winter, chest deep in snow moving from tree to tree, on about nine thousand twigs a day.

   

 When snow is deep and food sparse, moose restrict their intake of food because the costs of eating exceed the gains. Moose pass much of the winter resting and hungry. Ultimately, moose lose weight every single day for about five months of the year. Nevertheless, most moose live to see the spring that follows each winter.

Spotlight On...Ponderosa Pine

Ponderosa Pine

Pinus ponderosa

Pinaceae (Pine Family)

Here's my promise:  Becoming familiar with this tree, the granddaddy of all pines, will most certainly lead to a richer, more fulfilling life.

Quick ID:  

Luckily, ponderosas are pretty easy trees to pin down.  They're giant, regal evergreens with thick, straight trunks.  Branches of older trees are clustered toward the top, developing a distinctively massive bole (the part of the trunk below where the branches start).  A ponderosa's branches are relatively short for its stature, and turn up at the ends.  Needles are 5-10" long, in fascicles, or bundles, of 3 (sometimes 2 or 5 depending on the variety).
From a distance, it's easy to distinguish long-needled ponderosas from other, shorter-needled evergreens.  Up close, you can recognize them by their orange puzzle-piece bark with its deep black furrows.  Be sure to stick your nose into these crevices in spring and sniff the rich vanilla-scented sap running under the bark.
Like all Pinus members, the female cones are hard-scaled, as opposed to the soft paper-scaled cones of conifers like spruce (Picea).  They're armed with a poky prickle and open in fall to release tiny winged seeds.

According to the Utah Forest News, the oldest ponderosa in the world is in the Wah Wah Mountains, and is at somewhere around 940 years.  The National Register of Big Trees says the tallest (of the interior variety) is right here in Lolo National Forest and was 194' as of 1997. 

Range:  This is the most common pine in North America, and is widespread throughout the west, from BC to Mexico and east through the Black Hills.  It covers 38 million acres across 14 states.  Interior ponderosa is most common around 6000-8500', found randomly spaced in open grasslands at lower elevations, with stands becoming denser as elevation increases.  Check out the USDA range maps and some details on regional varieties here.

What's in a Name?  Ponderosa is also known as Western Yellow, Bull, Blackjack, Western Red, Sierra Brownbark, Heavy, and Western Pitch Pine.  According to Flora of North America, "Its wood is more similar in character to the white pines, and it is often referred to as white pine. The taxonomy of this complex is far from resolved."  What we do know is this...  
1.  It was named for its heavy, "ponderous" wood in 1826 by the fascinating botanist David Douglas, from a specimen found near present-day Spokane.  
2.  The common name "pine" (and genus Pinus) ultimately derive from the Sanskrit pituh, "juice, sap, or resin", the Greek pitys, "pine tree", and Latin pinguis, "fat".  
3.  There are basically three varieties:  P. ponderosa var. ponderosa, found along the Pacific Coast, P. p. var. arizonica in the southwest, and the widespread interior variety, P. p. var. scopulorum (that's the one we have here in Montana, and the one I'm referring to in this post).  They differ in size and fascicle number, but also overlap in morphology and distribution, and vary by latitude.  As you can imagine...the taxonomy of this complex is far from resolved.

Tidbits:

Ponderosa is the most commercially important timber tree in the west, and has played a huge role in the region's economic development since the early pioneer days.  The lumber was used intensively for building homes, railroads, telegraphs and mine bracing, and is still considered great for construction.  In 1949, the Montana Federation of Garden Clubs convinced the Legislature that the Ponderosa was the "King of the Forest".  It was adopted as the Montana state tree that same year, and we've all celebrated ever since.
Equally important is P. pine's essential role in the ecology of western North America.  The behemoths create a mosaic of open stands filled with understory browse, interior woodland food and cover, and snags for cavity nesters and hunters.
Next time you're standing by one of these old trees, think about how incredibly well-adapted it is to the surface fires that naturally occur in this area.  The branches prune themselves up and out of reach.  Even then, the needles cluster tight around vulnerable growing branch tips, and open loosely farther up to discourage flames.  The bark is thick and insulative, as are the scales covering the buds.  The roots are deep, the size of lodgepoles themselves.  Regular low-intensity surface fire opens the canopy to light and burns up the thick layer of plant debris that builds up on the ground, encouraging graminoids (grasses) to germinate in the nutrient-rich, ashen soil.  It also thins out young trees, particularly the less fire-resistant ones.  It may go without saying that trees in crowded interior stands where fire has been suppressed are much more susceptible to catastrophic crown fires.  In the competition for space, they develop thinner bark and more compact foliage, and the closed canopy creates a dense understory of combustible "ladder fuels".
Anthropogenic factors like dense stands and stagnated nutrient cycling in the absence of fires, coupled with prolonged drought, have led to supreme stress on interior ponderosa ecosystems.  As a result, P. pine is susceptible to a slew of pests including Dwarf Mistletoe, insects like Pine and Bark Beetles (Dendroctonus and Ips spp.) and wood decaying fungi like red rot and western gall rust.  The Forest Service has this to say:
"Besides unprecedented, large-acreage severe fires, other ecological consequences of fire suppression in interior ponderosa pine ecosystems include:

• decreases in soil moisture and nutrient availability
• decreases in spring and stream flows
• decreases in animal productivity
• increased concentrations of potentially allelopathic terpenes in pine litter
• decreases in productivity and diversity of herbaceous and woody understory species
• decreases in tree vigor, especially the oldest age class of pines, and
• increased mortality in the oldest age classes of trees"
  
  
  The ecological changes in Ponderosa forests that have occurred in the last century as a result of fire exclusion, overstory logging and heavy grazing are a well-documented, fascinating and perhaps scary story that everyone in the west should be familiar with.  

Fire rolls through a Salmon River ponderosa pine stand in the River of No Return Wilderness, Idaho

Wild Gardening:  

Despite the complicated (and controversial) state of ponderosa forest ecology, the fact remains the this pine is extremely well adapted to the soils, temperatures and moisture regimes of the west.  Try planting P. pine to establish windbreaks or as an impressive ornamental, if you have the space (they grow 60-150' in cultivation).  You can collect not-quite-open cones in late summer, and dry them on racks to release the seeds.  Sow your untreated seeds in late fall; you'll have better luck if you start them in containers before you put them out in the ground.  You'll be providing food and cover for all sorts of wildlife, and will be rewarded with the company of the most awe-inspiring of trees.

Volunteers help spruce up the Nature Adventure Teaching Garden next to our ten year old ponderosa pine

 You can read an incredibly detailed and fascinating account of ponderosa ecology here.
   
Spotlight On... features Montana native plants that are currently on display in our natural areas.  Have a plant that you'd like to see featured?  Let us know!