Living Lighter on the Land
Please join us for wildflower planting at Halle Ravine on Saturday, June 3rd, 10am to noon (link to directions). Families and non-gardeners are welcome to participate and to learn more about the value of our native plants and what they can do to bring in more birds and butterflies at home. Volunteers can assist with planting, watering, or removing non-native invasive species. We will have more than 200 plants on hand, all grown from locally collected seed and raised at the Armstrong Preserve and Education Center’s native plant nursery. Please bring a shovel or garden trowel if you have one. We will have some to share.
Our goal is to establish a native plant community in place of the thick stand of invasives that formerly dominated the entrance and pond edges. Wildflowers will help to fill space between the 200 young tree and shrub saplings that were planted during our Arbor Day Celebration last month, anchoring and shielding the soil while providing food for insects and birds. We hope to see these native plants become established and to begin to spread outside of their protective deer cages next year. Please email Krista if you would like to volunteer your gardening, photography, or other skills to this project on another date (firstname.lastname@example.org).
This volunteer event is part of our larger restoration efforts at Halle Ravine and is supported with funding from neighbors like you and by the New York State Conservation Partnership Program (NYSCPP) and New York’s Environmental Protection Fund. The NYSCPP in administered by the Land Trust Alliance, in coordination with the state Department of Environmental Conservation.
Native Plant-Insect Associations of Species Selected for Halle Ravine Restoration Planting
|Common name||Latin name||Bees||Butterflies||Moths||Other||Notable species|
|Blue-stem goldenrod||Solidago caesia||x||x|
|Cardinal Flower||Lobelia cardinalis||x||Ruby-throated hummingbird, Swallowtail butterflies|
|Climbing boneset||Mikania scandens||x||x||x|
|Columbine||Aquilegia canadensis||x||x||Ruby-throated hummingbird|
|Common boneset||Eupatorium perfoliatum||x||x||Baltimore checkerspot butterfly|
|Common heartleaf aster||Symphyotrichum cordifolium||x||American lady, Pearl crescent, Saddleback caterpillar|
|Flat topped aster||Doellingeria umbellate||x||American lady, Pearl crescent|
|Gray goldenrod||Solidago nemoralis||x||x||x|
|Great blue lobelia||Lobelia siphilitica||x|
|Horse mint||Monarda punctata||x|
|Tall meadow rue||Thalictrum pubescens||x|
|White wood aster||Eurybea divaricatus||x||American lady, Pearl crescent|
|Wild bergamot||Monarda fistulosa||x||x||x|
Pound Ridge’s Arbor Day Tree Planting and Celebration at Halle Ravine on April 28, 2017 was a grand success! Twenty-five people planted two hundred trees and shrubs in designated areas around the northern-most pond, which is visible from Trinity Pass near the Preserve entrance. We are grateful for their service in helping us to achieve our goal to enhance native understory forest in a 1.5 acre area that we just cleared of invasive Winged euonymus (aka Burningbush), with the long term plan of supporting native songbirds and other wildlife through habitat management.
We received funding for this work from the New York State Conservation Partnership Program (NYSCPP) and New York’s Environmental Protection Fund. The NYSCPP in administered by the Land Trust Alliance, in coordination with the state Department of Environmental Conservation. We also partnered with the Town of Pound Ridge Conservation Board, the Henry Morgenthau Nature Preserve, The Invasives Project-Pound Ridge, and our local troop of Girl Scouts for this event. Members of the Pound Ridge Garden Club generously donated a shuttle service to and from the Town Park, to alleviate the limited parking situation at Halle, and they helped to plant as well. Special guest Brad Gurr of Bartlett Tree Experts donated 100 oak and sycamore saplings and taught volunteers how to properly plant them. New York State Electric and Gas donated Eastern redbud saplings, and PRLC’s Prop Lab grew many others like Elderberry, Swamp rose, and Buttonbush.
Plantings were flagged temporarily for identification and watering, and most will be fenced from deer with either individual cages or perimeter fencing. We plan to add flowering herbaceous plants to these sites at our June 3 Volunteer Work Session to support pollinator insects and nectarivores. Please join us in supporting the restoration of Halle Ravine’s native forests by pitching in as a volunteer or making a donation to our Spring Fundraiser. This is a wonderful way to meet your neighbors and enjoy the woodlands we hold dear.
More pics coming soon!
Have you driven past Carolin’s Grove recently and noticed the work we have done to clear out some of treefall from Hurricane Sandy? Well, it’s time to stop in and take a few minutes to see the change. With funding from the family of the original donors of this Preserve and support from the Land Trust Alliance, we hired a tree crew, Emerald Organic, to remove dead and downed trees that prevented us from accessing the area for management of invasive species and native plant protection. This part of the forest is now safe for visitors to explore.
While there are large gaps among the towering spruce trees in the Grove, there are also many young saplings, some already above the height of deer browse. We aim to influence the regeneration of this forest to include a mix of deciduous trees and conifers, with berry and nut producing shrubs in the understory to support birds and other wildlife. This month and next, volunteers and students including the entire third grade at Pound Ridge Elementary School will help to plant in the largest forest gaps. More volunteers are always welcome, including those who can stop by and water during dry periods in summer.
We have White pine, Pitch pine, Eastern red cedar, American hazelnut and Northern bayberry saplings to plant, some of which were donated by the New York State School Seedling Program. We are also going to plant wildflowers that are important for pollinating insects, such as Grey goldenrod, Milkweed, and Wild bergamot, grown in our own native plant nursery at the Armstrong Preserve and Education Center. Please see this blog post for more information on the PRLC Prop Lab.
Do you put seed out for birds in winter? Millions of Americans enjoy this hobby, even those who might not otherwise be nature-lovers. We string up suet for woodpeckers and scatter sunflower seed, millet, or corn to attract our personal favorites, perhaps the cardinal, or goldfinches. Some birds are finicky about visiting feeders, and we delight in adding another species to our list – mine is currently at eleven for 2017, but should reach fifteen or so before winter is over. I like to watch the Red-bellied woodpeckers, which are much more numerous this year than last. They are expanding their range further north as our winters grow more mild.
When I visit my mother in Vermont in a few days, I look forward to seeing her regular birds, so different from mine: crossbills and snow buntings, and red-breasted nuthatch. I might see a Cooper’s hawk in either location as they too have expanded their range, to prey on the birds that we attract to our feeders!
Some of you may wonder, is it necessary to feed birds, and can it be harmful? There are no conclusive data showing its benefit or harm to bird populations, although centralized feeding areas can be reservoirs for the spread of disease. It is a good idea to scrub down your feeder periodically, and to offer fresh water if you are providing any. The availability of water is a limiting factor for bird distribution, especially during freezes in winter, when I find dense concentrations of birds near flowing streams. Will the birds starve if you stop feeding them or miss a few days? Unlikely. Their numbers are determined by many factors in addition to food, and birds are adapted to move and forage over a wide area.
It is more important to support birds with a healthy habitat of native trees and plants than it is to provide supplementary foods in any season. Trees moderate our climate, provide shade and shelter and seed, and most critically, harbor vast numbers of insects. Some birds are almost entirely insectivorous, like the Eastern bluebird, while others depend upon insects for short periods of growth and transition. According to entomologist Doug Tallamy, ninety-six percent of terrestrial birds rear their young on insects, especially caterpillars. Many non-native plants do not support the kind or number of caterpillars that birds need, and when those plants become numerous enough to compete with native plants for space and light, the number of birds on the landscape will be diminished. Even non-native plants that appear to feed birds, like Asiatic bittersweet, can be low-quality food sources that provide less nutrition than native plants. We have seen a tremendous increase in the number and diversity of birds at the Armstrong Preserve and Education Center after we replaced our invasive non-native plants with native species.
Here is a list of things you can do to attract songbirds to your property, including suggested native plants for food sources, taken in part from bird habitat specialist Dr. Stephen Kress:
- Maintain a border of native trees and shrubs around lawns, and minimize the area of lawn.
- Create a brush pile.
- Remove invasive plants.
- Rake leaves under shrubs to create feeding areas.
- Clean out bird nesting boxes in early spring.
- Create a water source for bathing and drinking.
- Clean feeders with a 10% non-chlorine bleach solution.
- Keep cats indoors.
Spring and Summer Seed Producers = Red maple, American elm
Early Summer Fruit Producers = Black raspberry, High and Lowbush blueberry, Pokeweed, Shadbush
Autumn Seed Producers = Sugar maple, Eastern hophornbeam, the ashes
Autumn Fruit Producers = viburnums, dogwoods, Common elderberry, Spicebush
Winter Fruit Producers = Bayberry, Eastern red-cedar, Highbush cranberry, American holly, Inkberry, chokeberry, Wild grape, Virginia creeper, Winterberry, Staghorn sumac
Herbaceous plants = asters, Black-eyed susan, thistles, phloxes, sunflowers, goldenrods
Nectar Plants for Hummingbirds = Jewelweed, Cardinal flower, Trumpet honeysuckle, Indian paintbrush, Tulip tree
The stony ground and prominent rock formations of Pound Ridge in Westchester County, New York elicit curiosity in many people, some of whom attended our recent guided hike focused on geology. I will summarize our tour of the geologic history that can be seen at the Bye Preserve, owned by the Pound Ridge Land Conservancy (link to map and directions). Trails at the Preserve are open everyday from dawn until dusk.
Imagine that your arm represents geologic time, with your armpit being the Big Bang and the tip of your middle finger representing today. The dawn of life occurs just above your wrist. Between your wrist and the middle of your palm, all of the bedrock that shapes this land was formed by a process known as the tectonic cycle: erosion of mountains, deposition of materials in layers, subduction (movement of the earth’s crust), and volcanism. There was something on the earth’s crust prior to the formation of our bedrock, of course, but we cannot see evidence of that now. Geologists have discerned that an ancient Acadian Mountain Range once rose east of us, to the height of the Himalayas, and then eroded into particles that were later metamorphosed into our bedrock. Add folding from the movement of tectonic plates, deformation by glaciers, and erosion, and you have a punctuated record of history etched on the landscape.
In its western half, the Bye Preserve is underlain by Fordham gneiss, which formed in the Precambrian era, 1.1 billion years ago. This layer measures up to 500 feet thick and is extremely resistant to weathering. There are many kinds of gneiss, and it is variable in color from brown to buff and can be pink or green. Fordham gneiss contains quartz, biotite mica, silicates, garnet, and other minerals. Bedrock along the eastern side of Bye belongs to the Hartland Formation, which is half as old and is a mixture of gneisses, schists, and amphibolites. It formed when shales and sandstones from a deep ocean metamorphosed and retains its layers of alternating color. Many of these rocks were inverted when the Hartland Boundary Fault displaced older layers and brought in new rocks.
Subsequent to the last great tectonic shifts in the Paleozoic era, the bedrock at Bye has endured at least four episodes of folding and associated metamorphism, which is visible in many rocks where layers are curved rather than straight. The first stage of folding produced large ENE-WSW trending ridges and valleys, while the second stage trended NNE. Later stages produced tight folds that reoriented earlier folds. Where rock is resistant to bending, brittle faulting may occur, which produced the Mill River Gorge just northeast of Bye Preserve and the Mianus River Gorge as well. In the midst of these changes, magma intruded the bedrock at Bye and produced a very pretty white-to-pink granite that is rich in quartz and mica.
More recently in geologic time, between your furthest knuckle and fingertip on our imaginary time scale, the glaciers of the Ice Age left their mark. An ice sheet more than one mile thick ground back and forth across this landscape for nearly 100,000 years in freeze/thaw cycles. Each advance brought in new rock from afar. Each period of retreat caused mass deposition, flooding, and a rise in sea levels. Bye Preserve is now only ten miles from the Long Island Sound and was at times submerged by ocean, although fresh water has played a greater role in carving this landscape. We can see evidence that great torrents once ran in the boulder fields that line two now-intermittent streams, scouring away soil such that even today, only ferns and moss grow there.
The last glacial ice disappeared from Pound Ridge about 12,0000 years ago, leaving behind piles of sand, rock, and even huge boulders on the surface of our scoured bedrock. These are the clues from which we can piece together millions of years of history on the land. To end our story, I invite you to sit with a favorite rock and to ponder what it has endured to bring you both to this moment in time.
Forests in Pound Ridge and surrounding areas are under siege by one of the gentlest of animals, the white-tailed deer. Deer are keystone herbivores and eat from five to seven pounds of vegetation per day. In summer, deer dine richly on the buffet of tender plants provided by home landscaping. In winter, our subsidized deer herds turn to the forest to browse buds, tender saplings, and even tree bark. At ideal densities of 10-15 per square mile, deer browse checks the growth of plant life without hindering forest regeneration. At higher densities, they can strip the understory bare. With deer density in Pound Ridge as high as 65 per square mile, we face the loss of wildflower species first, and then the pollinators that depended upon them, and then the birds that can’t find shelter or food, and finally, the forests themselves as trees are not replaced.
Is the situation really so dire? Scientists and natural historians have documented all of these effects, including our friends at Mianus River Gorge who found that tree sapling diversity in a local protected forest decreased from 15 species to 4 over the last thirty years, due to overbrowse by deer. Local land managers seek solutions, but first we must know our problem. I will describe here a simple method for assessing the level of deer browse in virtually any patch of forest in Pound Ridge. Rather than counting deer or deer density, we are going to measure the effect of deer browse on each plot and use that as a baseline that guides future management. This methodology was developed by Thomas Rawinski of the United States Forest Service, who shared his knowledge and skill with us in a training session this summer.
We begin by choosing a site for our study plot(s). The circular plot covers 100 square meters and must include at least ten measurable saplings of one of the indicator species. Measurable means that the sapling is still below the average browse line and therefore vulnerable. Indicator species include any browsed species with beech and sassafras preferred followed by the shrubs; maple-leaf viburnum, sweet pepperbush, alternate-leaf dogwood, red elderberry, choke-cherry, and even the invasive burning bush. I do not mean to imply that deer prefer these plants – rather, they avoid them – so that browse levels reliably indicate the severity of deer pressure on forest growth.
Once the indicator plant has been selected and the plot margins delineated, we set out to find the ten tallest measurable saplings of our chosen species. Then we average those ten measurements to find the definitive “tallest” for that plot. In itself, this doesn’t tell us much. Over time though, we can discern trends and hope to associate those with management actions. We can also make comparisons among plots to measure relative levels of browse across landscapes. For example, Sugar maples at Armstrong were browsed down to 8.9 inches, while those at Halle measured 8.1 inches. Deer pressure may be more severe at Halle than it is at Armstrong.
We can avoid the costly and time-consuming task of measuring deer density by using this simple approach to assess deer impact on our preserves. We will measure again next year and compare our findings both within PRLC holdings and with a larger community of land managers and report back to you then.
For more information, please see http://www.na.fs.fed.us/pubs/2014/NA-IN-02-14_WhitetailedDeerNEForestsWEB.pdf
We had a great turnout for the mushroom hike at Armstrong Preserve on October 23, 2016 and turned up some interesting finds. The most distinctive was a single specimen of the Dog stinkhorn, Mutinus ravenii, so-named for its shape and strong odor. We also found a few edibles, noted in the captions below. Please use caution when foraging for wild mushrooms and refrain from eating any that are not verified by an expert. Please also note that collection of mushrooms, along with plants and animals, is not permitted on Pound Ridge Land Conservancy preserves except during our guided hikes. If you would like to join our email list to be notified of future mushroom forays, email PRLC’s land steward or call our office at 914-205-3533.
Thank you to our event participants for the photographs, and happy hunting!
Mycophile or mycophobe? Most people fall into one of these two categories, being either mushroom-loving or mushroom-fearing. European and Asian cultures are generally mycophilic, passing on knowledge of favorite edibles and medicinals, along with hunting grounds for finding them, from generation to generation. Americans tend to mushroom-phobic, being more concerned with the potential for toxicity, or perhaps simply lacking in knowledge due to the shorter history of our culture.
In this installment of the Living Lighter on the Land blog, I will provide a brief overview of fungal life forms in hopes of inspiring you to take another look, for this is the time of year to find them. I also encourage you to join our Guided Walk and Talk in search of mushrooms, scheduled for September 21st. Please email me to register for this free and family-friendly event.
Mushrooms, or fungi, are an exceedingly diverse group of organisms whose taxonomy and biology are bound by certain genetic contraints, which is why they can be described as comprising a kingdom of life. They are known as the decomposers and are vital to ecological processes such as nutrient cycling. By transforming matter on the molecular level, making it available for trees and plants for example, mushrooms support all life on this planet.
Fungi come in forms both familiar and not, from the molds on our food to the classic polka-dotted parasol to vast networks of underground hyphae or mycelium. They generally reside in the substrate upon which they eventually “flower,” or more accurately, fruit. What we see are highly modified extensions of the hyphae which are formed in order to disperse spores, or reproductive cells, into the environment. In this way, harvesting mushrooms is akin to picking berries from a bush.
Mushrooms can be divided into categories based upon their growth forms, and knowing these groupings is a first step for any budding mycologist:
Slime molds Sac Fungi Puffballs Jelly fungi Corals Bracket Fungi Boletes Gilled
Like plants and animals, fungal species have specific habitats and substrates that they are best adapted to and which provide clues to the kinds of fungi we can expect to find. Most mushroom identification guides include keys to identifying species, and these will include details on growth form and environment, in addition to physical characteristics of the mushroom itself.
When I find a mushroom that I would like to identify, I take immediate note of the following: the substrate upon which it grows, surrounding trees, fruiting habit (single, scattered, or clumped), and color, odor, and moisture level of the mushroom itself. At home, the first thing I do is make a spore print: break the cap off (if there is one) and lay it gill- or pore-side down on a sheet of paper. It works best to use a half black/half white sheet of paper, laying the mushroom down in the center, so that white or black spores show up against the contrasting color of the paper. It might take a day or more for the spores to drop out.
While I wait, I make note of the following characteristics of the mushroom’s form (a good field guide can help to familiarize you with descriptive terms used for each factor):
cap diameter, shape, edge, surface texture and color
gill attachment, spacing, color, thickness, depth, and margin
stalk size, shape, texture, color, hollowness, ring structure, cup structure
There is quite a lot of information that goes in to identifying a mushroom to species, and sometimes the differences between them are so subtle that genetic analysis is necessary. Don’t be discouraged! The joy of mushrooming is in experiencing the wonder of their ephemeral form and their place in nature. With practice and the help of other mushroomers, you might one day enter the world of foraging fungi for food and medecine. I recommend joining on-line groups such as Facebook’s Mushroom Identification Forum, as well as groups that meet in-person for forays, such as the Connecticut Westchester Mycological Assocation (COMA).
All photographs courtesy of the author.
Home gardeners and land stewards are interested in growing easy-care, ground cover plants to protect soil and to prevent areas from becoming infested by invasive weeds. Native plants are the best choice for natural environments because they are adapted to local conditions and better support wildlife. If native ground covers have grown beneath your radar, or if you need suggestions for filling in a tough spot, read on for my recommendations to add beauty and value to the landscape in southern New York.
Ground covers are low-growing plants that tend to spread by rhizomes (roots underground) or by stolons (roots sent out along the soil surface). Many of these plants are aggressive spreaders that may eventually need control if given too much space. Sun-loving species can be shaded out to stop their spread. Mowing also works. Shade-loving plants grow more slowly and can be maintained with occasional cutting or weeding.
Plants for Shade to Part Shade
Anemone canadensis, Canada anemone
Antennaria neglecta, Pussytoes
Asarum canadensis, Wild ginger
Chrysogonum, Green and gold – Part shade
Jeffersonia diphylla, Twinleaf – Part shade
Maianthemum canadense, Canada mayflower
Mertensia virginica, Virginia bluebells
Mitchella repens, Partridge berry
Packera aurea, Golden groundsel
Packera obovata, Golden groundsel
Phlox divaricata, Forest phlox – Part shade
Phlox stolonifera, Creeping phlox – Shade
Podophyllum peltatum, Mayapple – Part shade
Stylophorum diphyllum, Celandine poppy
Symplocarpus foetides, Skunkcabbage
Tiarella cordifolia, Foamflower
Uvularia grandifolia, Merry bells
Viola canadense, Canada white violet
Viola pubescens, Downy yellow violet
Ferns for Shade to Part Shade
Phegopteris connectilis, Long beech fern
Theylpteris novaborenscis, New york fern
Grasses for Shade to Part Shade
Carex pennsylvanica, Pennsylvania sedge
Elymus virginica, Va. wild rye – Part shade
Plants for Part Sun to Full Sun
Antennaria neglecta, Pussytoes
Arctostaphylos uva-ursi, Bearberry
Chaemacrista fasciculata, Partridge pea
Fragaria virginiana, Virginia strawberry
Houstonia caerulea, Azure bluets
Packera aurea, Golden groundsel
Phlox subulata, Moss phlox
Rudbeckia hirta, Blackeyed susan
Sedum ternatum, Stonecrop
Viola sororia, Common blue violet
Waldsteinia fragaroides, Barren strawberry
Ferns for Part Sun to Full Sun
Dennstaedia punctilobula Hay scented fern
Nature lovers who garden are almost as numerous as gardeners who love nature, and they are teaming up for a great cause in our Native Plant Propagation Lab at PRLC’s Armstrong Preserve and Education Center. With all the buzz about declines in wildflowers and their insect pollinators, now is the perfect time to share what we have learned over the last three growing seasons. Join me for a tour of the Prop Lab and Armstrong’s native plant restoration areas and outdoor classrooms this Saturday, June 25, and read on for details on how to volunteer to raise plants for our other nature preserves as well as your home.
This year, our volunteer team of land stewards, master gardeners, and students raised more than 500 plants from seed and another 20 from cuttings. We start by collecting seed from plants of known local origin in the summer and fall. If we can avoid cultivars and garden escapes, we are more assured of the hardiness and overall suitability of the plant for restoration areas, which are tended and watered far less often than a typical garden. We also know that local insects and birds will have evolved in concert with these plants and are best adapted to make use of them. The seed collector may have to find and mark the location of a desired plant during its flowering time, and return later when the seeds have matured. He or she carries a stash of paper bags and a marker to label each with the species name, location, and date. Seeds are shaken into the bag, or entire flower heads thrown in and dealt with later. Ethics dictate that only 5-10% of seed be collected from any one plant, and that harvesting be dispersed over a large and healthy population.
At home, the chaff is separated from the seeds to prevent molding. All material excepting the seed should be removed. I use a paper plate for this task, brushing and blowing the chaff to one side. Store the cleaned seeds in their paper bag until late fall, when we will attempt to mimic the conditions of nature by putting them into cold storage. Consider the life cycle of the seed: it will likely drop from the plant to the ground during fall rains, or pass through the intestinal tract of an animal, and then to the ground. If it is lucky, it will land in soil and be covered by organic debris over the winter. We bank the seed over winter in shallow trays of soil that are covered to protect from animals and stored outside. Plastic take-out containers work well for this as they are sturdy and stackable; just be sure to poke holes in the bottom for drainage.
In mid-February, we bring the seed trays in to a heated space and watch for germination. At this point, we are artificially hastening their development so that theplants can grow large enough to be transplanted into the great outdoors in May, before hot weather sets in. When the tiny seedlings break through the surface, they must be moved into the light. I keep florescent grow lights on them for 16 hours per day and water them gently, every day. Young seedlings thrive on consistent heat, light, and moisture.
Our first major task is to transplant each individual seedlings into its own pot. This is delicate work, best done with latex gloves or none at all. A chopstick or knitting needle makes a useful tool for easing each tender stalk out of the cluster of young seedlings. Use recycled plastic containers of any kind for pots (remember the drainage holes). Fill them to the top with a light mixture of mainly leaf litter, with some compost and sand. Carefully label at least one of the batch for reference (and old window blinds make great labels). Water well, and keep the transplants under light and warm conditions for a minimum of two days.
I do not have much heated space and so move the plants out early into makeshift green houses, where they at least have abundant sun and protection from wind and rain. Conditions can be harsh however, ranging from freezing to 90 degrees on some days. Daily watering is essential. Growers with heated greenhouse space will grow plants at more than twice the rate that I can, or more, but a simple plastic covering is enough to keep them alive. By last frost date, all plants can be moved outside of covered areas, although they will need to be dampened off (transitioned slowly) to full sun, wind, and rain.
By June 1, our plants were ready to be moved out to fenced restoration areas in PRLC’s nature preserves. One of our local partners, the Rusticus Garden Club, generously sponsored the hiring of a local college student intern to aid us in getting all 500+ wildflowers into the ground this month, and he will continue to water and weed planting areas through the summer. Volunteers are needed at a number of our preserves to provide supplemental water and to assist with weeding until these plants become established. We also welcome the donation of native plants, either from nurseries or areas that are slated for disturbance. Please contact me at 914-205-3533 or by email at email@example.com for details on how you can help out at your favorite preserve.
Endnote: Our efforts to restore native trees, shrubs, and pollinator plants to our nature preserves is a direct response to the incursion of overabundant deer and alien invasive plant species in Pound Ridge. It is our hope that by creating reservoirs of protected plants, we can preserve current levels of biodiversity and provide continued seed stock for colonization of unprotected areas. Deer management is therefore an integral aspect to our program.
Restoration area at Armstrong Preserve, before and after:
|PRLC Native Plant Propagation Lab 2016|
|Total Count and Distribution|
|Aster, heart leaved||20||4||8||3||5|
|Canada goldenrod ?||28||3||12||3||10|
|Meadow goldenrod ?||30||6||12||12|
|Goldenrod Bridge St||10||3||4||3|
|Joe Pye weed||8||8|
|Great blue lobelia||30||7||8||2||3||10|
|New York Ironweed||18||8||10|
|Baptisia||3 held over|
|Buttonbush||19 held over|
|Swamp rose||11 held over|