Underfoot: Marchantia or Umbrella Liverwort

By, Susan Sprout

The family Marchantiaceae contains a single genus and a single species which in turn has diverged into three sub-species. Marchantia polymorpha is the one I’d like to share with you – another cool and unusual plant growing in PA! Marchantia is a member of a whole group of plants known as Bryophytes which include mosses, hornworts, and liverworts. All are non-vascular land plants because they don’t have veins or tubes like xylem and phloem to carry water and minerals around their bodies. Consequently they are not able to grow as tall as most vascular plants. Marchantia is a liverwort. Someone somewhere probably thought it resembled the lobes of a green liver creeping along the ground. It has been growing on earth since the Cretaceous Era – going back about 252 million years. Because of its age and sustainability, it has been used for over 200 years as a model organism in the investigation of land plant evolution and the development of basic cell mechanisms. Its use has been revived as a modern model plant in order to study plant genetics and evolutionary processes using its DNA. 

Marchantia plant body with cups or gemmae. Spruce needles in the photo should indicate small size of this plant.

Marchantia’s thallus, or body, is held tight to the soil by single-celled, root-like structures called rhizoids which absorb water and nutrients. In fact, the whole thallus is like a thirsty sponge that pulls in water flowing over it and dust settling on it right into its body by the process of osmosis. That would be like you, putting your hand on a plate full of food and absorbing all of its nourishment through your skin into your body! The plant then uses the chlorophyll in its body to make food from the water and mineral nutrients.

Palm trees and umbrellas

Another amazing characteristic of Marchantia are the little cups, or gemmae, scattered across its upper surface. Sections of the plant having them can break off, usually at a fork, and start growing a new thallus. Marchantia can also reproduce sexually with the development of male and female plant parts. Here’s where it got a common name of Umbrella Liverwort – the male reproductive structures look like tiny, scalloped umbrellas! The female reproductive structures resemble very small palm trees. Water is then required, in drips, drops, and splashes from rain or nearby waterfalls, or streams. It is needed to wash the male and female gametes formed inside the umbrellas and palm trees together for the creation of new plants. (Is this too much like “the stork delivering a baby” story?)

Large mat of Marchantia

Marchantia is a cosmopolitan species, occurring from tropical forests to the Arctic tundra. It seems to have a tolerance for lead and  may be an indicator of high lead concentrations where it grows. Mats of liverworts growing on land after forest fires can help fight soil erosion. I guess the name “Palm Tree Liverwort” would make this short plant seem too tall. Hmm?

Municipal Officials Walk Through the First Draft of the Tioga River Mine Drainage Treatment System

The active treatment system that will be cleaning up abandoned mine discharge (AMD) from Coal Creek, Fall Brook, and Morris Run will have pipes moving water to the plant for treatment and then back to the streams for release through three municipalities. Recently, representatives from those municipalities and Tioga County were given an overview of the project concept and then visited several sites that will be used in the Tioga River Mine Drainage Treatment System.

Sami explained the overall concept as well as what infrastructure would be in each municipality.

The group began in the community room at Island Park for the overview.

The Susquehanna River Basin Commission (SRBC) and their engineers from Kleinfelder explained the current plan for how the water would be collected, conveyed to the treatment plant, and then how it will get back to the streams.  

After the overview and some questions the group headed out to see some of the sites being considered for pump stations.

The first stop on the tour was at the largest discharge, the one on Coal Creek. Many members of the group had never seen the discharge before, only heard about it. While the flow was lower than normal, it still impressed many of the attendees with the volume of water coming out of the hillside.

The consultant explained that the entry had collapsed, but had once been the “man entrance” to the mine. After the mining was complete, the entrance had been sloped to make it easier for the water to flow out and other modifications were made to help de-water the area of the mine that was being worked.

Tom (on the left) was explaining to George from Blossburg Borough how the Coal Creek discharge would be captured.

The group then walked down the road to see a potential location for a pump station that will help move the water from the discharge to the treatment plant. The site is along a well-used road. Discussions included known utilities (the consultants will be doing a formal review) and the depth the utilities are set at, as well as conversations related to plowing snow. There will need to be air vents along the lines, and the consultants wanted to ensure the vents won’t damage snow plows or be damaged by the plows.

The old mine road would be reopened to gain access to the Coal Creek discharge. The road the group is standing on would be used to get the water to the active treatment plant. In the next phase of design specific questions will be discussed about how the road will be rebuilt after the pipes are set.

The next stop was Morris Run. The village is named after its stream which is AMD impacted. There are two discharges close together here. These two will be captured and brought together before being conveyed to the treatment plant.

The two discharges in Morris Run are near the Township’s maintenance shop. (which made for easy parking for the tour)

Fall Brook was next. There is a passive treatment system currently treating some of the water from Fall Brook. In a passive treatment system the water flows through a series of limestone treatment cells or ponds. The water slows down and flows through the limestone increasing the pH which allows heavy metals to settle out. The passive system will stay in place and continue to operate with a set volume of water. The flow above that set volume will be directed to the active treatment plant.

The Caribbean blue in the distance, on the left is part of the current passive treatment system for Fall Brook.

The last stop on the tour was the proposed location for the actual active treatment plant. Here questions related to traffic patterns were discussed. There will be materials brought in frequently to keep the plant operating 24 hours a day, 7 days a week, 52 weeks a year, for years and years.

Now SRBC and the consultants will begin following up with each of the municipalities and discussing details. These detailed discussions will inform the next phase of planning and design. It’s anticipated the next draft design will be presented to the officials in October.

The excitement about a cleaner Tioga River is building!

Underfoot – INDIAN PIPES

By, Susan Sprout

Here is an organism that could be misidentified just by its appearance and where it lives. Dark woods, waxy, white appearance, no chlorophyll. Is it a fungus of some kind, pushing up through the woodland humus? NOPE! It is a perennial plant and a recent addition to the Heath Family – which is surprising, as some of the other members of that family are teaberries, blueberries, cranberries, azaleas, and our state flower, Mountain Laurel. 

Colony of Indian Pipes

Blooming from June to September, its single, bell-shaped flower is a half-inch to an inch long and droops down to keep the rain water out until it has been pollinated by bees and flies that crawl in. As the seeds begin to mature, the flower raises its head upward and the whole plant turns dark brown to black. When dry, the five-sectioned oval seed capsule will split open to disperse them. It is quite a transformation of the whole plant from an all white (or pinkish) pipe-shaped plant, with no leaves, just tiny bracts sometimes having black spots… to the straight up and down black, dried up twig topped with a small pointed oval.

What a lot of common names for such a small and rarely seen plant! Corpse plant, Ghost plant, Ice plant, all referring to its pale presence in the deep, shadowy woods. I’ve always heard it called Indian Pipes because of the plants’ shapes. The scientific name, Monotropa uniflora, refers to the big, one-time upward move done by their one and only flower! 

Indian Pipes with pinkish tinge and black splotches on stems

Lacking the chlorophyll required to make their own food, Indian Pipes receive nourishment through their short, stubby roots from underground mycorrhiza, made up of fungal mycelium that in turn, are associated with photosynthetic trees like oak and pine. It is a three-way relationship, or network, that has actually been proven by scientists who mapped out the progress of radioactive carbon isotopes they used to tag the sucrose that travelled to the tree roots and was absorbed there by the fungus mycelium of Russula mushrooms as food, and then passed on to the Indian Pipes so they could grow. How great is that!

Indian Pipes are native to temperate regions in North America, northern South America and parts of Asia and have been used by many indigenous people living there with them. One interesting medicinal use is a water extraction of the plant for inflamed eyes that is actually antibacterial. The whole plant contains glycosides that may be toxic and should never be eaten.

Transformed Indian Pipes after seeds have matured

Underfoot: The “Holy Cow!” Plant – SALSIFY

By Susan Sprout

I just had to write about this particular plant, especially now, because it has started to set seed. Having often heard references to it on TV nature shows and personally, “Holy Cow! That’s the biggest dandelion I’ve ever seen”, I thought the plant should be correctly identified, given its due, so to speak. That big beige fluff ball of seeds was not made by a dandelion at all, but rather by a plant with the common names of Salsify, Oyster Plant, or Yellow Goatsfoot.  Three common names, three different plants, all found living in PA, and sharing some or all of those common names. They are non-natives, probably brought here from Europe as food plants. The long, narrow, grass-like leaves are edible in salads or cooked. Their long, white roots grow straight down like carrots, and when boiled or baked and eaten, taste somewhat like oysters.

Salsify seed head – Compare the Salsify seed head with the hand below for width size of 4 inches.

These three plants belong to the Aster Family for they all have composite flowers made up of tubular disc florets bunched in the middle with flatter, petal-like ray florets surrounding them on the outside. All are classified in the genus Tragopogan which is Greek for “goat’s foot”. The reason for that name may be because the thin, green bracts that grow beneath each single flower head are longer than the ray florets and stick out past them like a skinny triangle- shaped goat’s beard! Or it could be the fluffy, scruffy seed head.

Salsify flower beginning to open about 9 am.

How do you identify them? By the color of their flowers – yellow or pink. I have had trouble getting a decent photo of their flowers because they all close up by noon. The closed flowers may show a small flash of color at their tops. So, the yellow-flowered ones would be T. dubius and T. praetensis which flower from May to August. Both have similar height (2 – 2 1/2 feet tall) and flower width of two inches. They can grow for ten years before blooming and will then die off after. If you find a pink or purplish flowered one, it is the biennial T. porrifolius. They are taller than the yellow ones – up to four feet! Their two inch wide flowers bloom from May to July.

Salsify flowers closed by noon.

So, when you see some really big seed heads – up to four inches across – in fields, roadsides, waste places or in someone’s garden and they look like dandelions on steroids, REMEMBER  – “Holy Cow! It’s Salsify (pronounced sal-sa-fee by our English ancestors)!

July 4, 1776 – Along the Banks of Pine Creek

It’s the Fourth of July and according to legend the Fair Play Men read a declaration of Independence on the Banks of Pine Creek under an elm tree on July 4, 1776 unaware that THE Declaration of Independence was being read and debated in Philadelphia, PA.

The site where this event is reported to have taken place is now part of the Tiadaghton State Forest thanks to the members of the Northcentral Pennsylvania Conservancy and a former owner of the property.

The blue and yellow marker under the large tree.

NPC owned the property for a short time in the early 2000s before transferring the property to the Bureau of Forestry. The Bureau of Forestry owns it because of its use accessing Pine Creek. I will warn you the bank to get to the Creek is steep and due to the historic nature of the site any development that would require digging or moving dirt is cost prohibitive.

If you visit the site now, you’ll see a large tree (not the tree the Fair Play Men would have stood under) and a Pennsylvania Historic Museum Commission blue and yellow marker.

Thanks again to NPC’s members for keeping this property along Pine Creek accessible and a little piece of local legend alive.

Underfoot: WOOD NETTLES

By Susan Sprout

Hikers beware! Wood Nettles, Laportea canadensis, can cause painful contact dermatitis when touched or walked through. I’ve seen large patches of them growing along trails and roads popular with walkers, runners, and bikers. Don’t be fooled into testing the softness of their large, hairy leaves. It is an invitingly tall and handsome plant after all. But here’s what will happen if you brush against them – the thin, silica tips will break from the hollow hairs that have penetrated your skin which, in turn, will make the cells at their bases expel various chemicals (formic acid, histamine, acetylcholine) up through them into you, like a hypodermic needle, causing itching and burning. Nettles’ family name, Urticaceae, supports this reaction, as it comes from the Latin word uro which means “I burn”.  Some say that Wood Nettle stings are more painful than the other nettle, Urtica dioica, that came here from Europe. Experts can neither explain the prolonged and possible synergistic effects of nettle stings nor have they determined the complete profile of chemicals they contain. So be careful out there! Some of their prickles are stout enough to penetrate clothing. The U.S. Forest Service suggests that a base substance like baking soda can be used to neutralize the strong acids that create the pain. What! You don’t carry baking soda in your fanny pack? Then how about a nice tube of antihistamine cream?

Wood Nettles along the trail

Wood Nettles are native perennials on the North American continent from Canada to Florida and west to Oklahoma. They grow anywhere in rich woods, bottomlands, and near streams. Their light requirement varies from deep shade to partially sunny edges. The whole plant can grow to four feet tall, with leaves three to six inches long and four inches across. Leaves grow alternately from long, hairy petioles or leaf stems that are attached to the main plant stem, on one side, then on the other side, all the way up. Flowers have just started to grow out now from the upper axils of the petioles where they meet the main stem. They may remain visible on the plants until September. The short-stalked male flowers are found on the lower part of the plant in tight, branching clusters. Attached to the top leaf axils will be the female flowers with longer stems and looser clusters. Their upward extension gives a spikey-hair quality to the greenish-white blooms. Wood Nettles will die back after the first hard frost.

Check out the stinging hairs on leaves and stems. Flowers just emerging.

Some research suggests that nettles evolved their chemical weaponry to keep vertebrates from eating them. There are a lot of invertebrates, like bees and ladybugs, out there that find them very useful for food and as a host plant for butterflies, like the Red Admiral. Nettles, especially those in Europe have been used by humans for millennia, dating back to the Bronze Age (3300 BC to 1200 BC) as a source of fiber. The word itself comes from an ancient root that means to tie or bind. It is interesting to note that Wood Nettle fibers – extracted, twisted, woven – were used by our Native Americans on this continent for the same purpose, cordage and nets. Had their ancestors brought this skill with them and then found a plant to use? Nettles have also been used for food, medicine and dye. Drying or heating the plant “kills” the sting. Speaking of stings, have you ever been stung by a red ant? Their venom contains formic acid just like nettles. Ouch!

June 2022 Annual Membership Meeting – Election to Board of Directors and Update on Conservation Projects

NPC members gathered at Pier 87 along Loyalsock Creek on June 15, 2022 for the Annual Membership Meeting.

The Nominating Committee recommended Dennis Ringling and Amie Penfield be elected to a first 3-year term. Both had been appointed to fill positions on the Board created when other Board members resigned from the Board.

Jonathan Bastian and Jonathan Nichols are both completing 2 consecutive 3-year terms and are rotating off the Board. Roy Siefert was elected to fill one of the seats.

The elections take effect at the June 28, 2022 Board meeting.

Pier 87 was chosen as the location in part as a nod to the Bar Bottom project in 2020 and all the work at State Game Lands 134 along Plunketts Creek (a tributary to Loyalsock Creek).

Here are some photos from the meeting:

An optional tour at State Game Lands 134 gave NPC’s members a chance to see the “after” of phases 1, 2, and 3 and hear about upcoming phase 4.
Attendees seemed to enjoy the casual atmosphere and ability to wear “fun” shoes.

Adventurists and Bad Adventures Donate to Coal Creek Project

Paddle Happy West Branch was organized and orchestrated by Bad Adventures, a guiding service for paddling and hiking trips. The trip benefitted the Northcentral Pennsylvania Conservancy’s Coal Creek project with Bad Adventures matching donations made by the adventurists.

Staging at the Ellamaker boat launch in Montoursville

NPC purchased 216 acres along Coal Creek in Blossburg Borough to provide access to the largest Abandoned Mine Drainage discharge in the Tioga River Watershed. A treatment plant is being designed now to address the Coal Creek discharge and several others. The funds raised during this paddling trip will help offset the costs of the project.

The 2-day paddling trip had participants paddle from Montoursville to Montgomery on day 1 with a lunch stop at the Muncy Heritage Park and Montgomery to Milton on day 2 with lunch at the park in Watsontown.

While most participants stuck to their kayaks there was a rather large canoe on the trip. Built by Aaron Myers, the wooden canoe weighs around 450 pounds and holds 10 paddlers. Saturday they were a few short of 10, but Sunday they had 10 people paddling and they flew down the West Branch Susquehanna!

The “big” canoe with Aaron Myers, the builder, in the stern.

Riverside Campground in Montgomery was “home base” for the trip and where about half the group camped Friday and Saturday nights.

Breakfast, lunch, and dinner was provided each day along with folk music at lunch and dinner. In addition each stop has water and Gatorade as well as the snacklebox (okay they just call it the snack box, but I think snacklebox is way more fun to say).

The snacklebox

The trip is a great way to “show-off” the West Branch Susquehanna to out of town guests, or maybe see it for yourself for the first time. The 2023 dates will be coming out later this year. Start planning your staycation or vacation to join other adventurists, Bad Adventures, and the Northcentral Pennsylvania Conservancy in exploring and supporting conservation!

Underfoot: Spiderwort

By Susan Sprout

You may think of Spiderwort as just a plain, old, garden plant. But, it has quite a story. Spiderwort, or Tradescantia virginiana, is a plant for all continents! It is native to the Americas from southern Canada to Northern Argentina and the West Indies and has become naturalized in regions of Europe, Asia, Africa, and Australia.

Clump of Spiderwort

Its genus name Tradescantia was given to the plant in honor of father and son, John Tradescant the Elder (born c.1570) and John Tradescant the Younger (born 1608). They were both plant-loving naturalists, gardeners, collectors of seeds and bulbs and oddities, and travellers to three of the four continents known during their lifetimes. They were not above asking friends from the American colonies, like John Smith, to gather and send back to England plant specimens for their own personal use as well as to use in their jobs as head gardeners on properties owned by King Charles I. John the Younger, who grew twice as many species as his father, made at least two collecting trips to Virginia for plants. Their combined books and collections of rarities have become part of the Ashmolean Museum at Oxford.

Honeybee attending Spiderwort flower

The “wort” part of Spiderwort’s common name comes from an Old English or Anglo-Saxon word spelled “wyrt” or “weart” which means plant. The “spider” part is a bit more interesting! Some writers refer to the spidery quality as coming from the long, pointed, opposite leaves hanging from tubular sheathes that hug the stems. Their weight bends them over, giving them a leg-like appearance. But, if you look closely at one of the three-petaled flowers (I used a magnifier) you can see the real reason. There, in the center, are six pollen-bearing, yellow stamens nestled in a delicate spider web of filaments surrounding them. How neat is that? 

As it grows, this plant forms terminal clusters of hair-covered buds which open to become flowers ranging from blue to purple. Another identifying characteristic of Spiderwort are the two pointed, opposite leaves extending out from directly beneath the bunches of flowers and buds. Seed capsules formed after pollination will split open to dispense two or more seeds. Spiderwort is a perennial that also spreads by underground stems creating clumps. They can appear in the wild near stream banks, in woodlands, on hills. They grow well in partly shaded borders along roadsides, too. 

Webby hairs around the yellow stamens

There are eighty-four different species of Spiderworts besides ours in the world. Their plant parts have been used in salads and made into tea. Flowers, once dried and powdered, were used to treat bleeding noses by snuffing it in. Their most surprising use that I discovered while reading  has to do with those spider-webby blue hairs in the flower. Their cells are sensitive to sources of high energy ultraviolet radiation like gamma rays and will mutate and turn pink! They can also detect pollutants like sulfur dioxide. Amazing and not just your plain, old, ordinary garden plant! 

Underfoot: Pennsylvania Native Species Day – June 17

By, Susan Sprout

The Governor’s Invasive Species Council is launching PA’s first Native Species Day this month. On the council’s Dept. of AG website, they provide their explanation of “native”. It refers to PA’s “diverse plants, trees, insects, fish, birds, and mammals that originated here thousands of years ago and thrive in MUTUAL dependence”. I capitalized “mutual” because it is important for us to understand that species depend on each other just like we depend on others in our lives. When our interaction, purposeful or accidental, gets rid of native species whose lives and lifestyles support many other natives, we risk disabling the whole system. The increased presence of imported, exotic or non-native, invasive plants and insects and animals and pathogens living and taking root in PA can out-compete the natives and threaten their survival. They are “recognized as one of the leading threats to biodiversity and impose enormous economic costs to agriculture, forestry, fisheries, and other enterprises, as well as to human health” (LandsScope America).

Invasive, non-native plants now make up 37% of PA’s wild plant population, currently over 285 species. And they are not just in our forests, either. Suburban areas made up of 92% lawns don’t help with the problem because they do not contribute to local food webs. “We treat plants and trees like ornaments in our yards, ignoring their environmental roles,” according to Doug Tallamy in his podcast “Native Plants Support Local Food Webs”. They just don’t provide the nutrition needed by by our native pollinators, for example. Without appropriate pollinators, many plants, including food products we require, will not set seed and reproduce. Our survival is threatened as well. “A diverse mix of native trees, shrubs, perennial flowers and warm-season grasses provide food sources for native pollinators” (#PA Native Species Day). We need to become stewards of our properties and contribute in a healthy manner to the environment around us.

If you are interested in learning about native plants for your yard, check out the PA DCNR tag Native Plants. The article entitled “Bring Life to Your Yard with Native Plants” gives excellent suggestions. A word of caution when purchasing plants: many of the available plants are cultivars or plant varieties  that have been produced in cultivation by selective breeding and genetic engineering. They aren’t the native plants of the past. If you personally have trouble digesting and assimilating GMO products from the store, imagine what happens to native insects, bees,and butterflies that try to get nutrition from plants that are “foreign” to their tastes, digestion, and egg-laying protocols. They can’t just dine there anyway because they have evolved along with certain plants that they require and that have sustained their species for millennia.