Erie County home to plant never before recorded in Pa.

September 25, 2009

Western Pennsylvania Conservancy (WPC) scientists have discovered a plant in Erie County that has never been recorded in Pennsylvania.

The plant, dwarf scouring rush, was identified with the aid of a Mercyhurst College professor on the college's Mercyhurst West property in Girard.

Dwarf scouring rush is known to exist in northern U.S. states and in Canada, but the plant had not been identified in Pennsylvania until this discovery. WPC scientists found a small population of this low, wiry plant within a fen, a rare type of wetland, on the college property.

Specimens will be stored at the Carnegie Museum of Natural History in Pittsburgh, the Tom Ridge Environmental Center at Presque Isle State Park and the Cleveland Museum of Natural History.

"This discovery of the dwarf scouring rush in Pennsylvania demonstrates that our natural areas still can yield surprises, even in the twenty-first century," said Shaun Fenlon, WPC's vice president of programs. "Erie County is home to many unique ecosystems, such as the fen that sustains this unusual plant. In addition to making this discovery, we also identified six plant species that are classified as rare, threatened or endangered at this location."

WPC Ecologists Christopher Tracey and Peter Woods identified the dwarf scouring rush after being led to the site by Mercyhurst Professor of Biology John J. Michael Campbell. Tracey and Woods were conducting field research for the Erie County Natural Heritage Inventory, an extensive catalogue of , animals and ecosystems, when they made the discovery.

"Finding this species and its associated habitat on land owned by the college is exciting, since it adds a whole new dimension to the educational potential of the property," said Campbell.

Members of the Horsetail family, scouring rushes are so named because the high silica content of these plants once made them useful for scrubbing pots. As "fern allies," they are closely related to the ancient fern family and reproduces through spores. The scientific name of the dwarf scouring rush is Equisetum scirpoides.

"This find highlights one of the important functions of our work, to collect information about the natural world in Pennsylvania," said Tracey.

Source: Mercyhurst College

2.7 /5 (3 votes)  

Rank 2.7 /5 (3 votes)
Related Stories
Relevant PhysicsForums posts
  • Factors affecting beet root cell membrane
    created18 hours ago
  • Stem cell question.
    createdFeb 10, 2012
  • Protease cleavage
    createdFeb 10, 2012
  • Pertubance in a model
    createdFeb 10, 2012
  • Cancer drugs and Alzheimer's, Oh my!
    createdFeb 09, 2012
  • Squishing cells
    createdFeb 09, 2012
  • More from Physics Forums - Biology

More news stories

A mitosis mystery solved: How chromosomes align perfectly in a dividing cell

Although the process of mitotic cell division has been studied intensely for more than 50 years, Whitehead Institute researchers have only now solved the mystery of how cells correctly align their chromosomes during symmetric ...

Biology / Cell & Microbiology

created 14 hours ago | popularity 4.5 / 5 (22) | comments 0 | with audio podcast

Researchers find extensive RNA editing in human transcriptome

In a new study published online in Nature Biotechnology, researchers from BGI, the world's largest genomics organization, reported the evidence of extensive RNA editing in a human cell line by analysis of RNA-seq data, demons ...

Biology / Biotechnology

created 14 hours ago | popularity 5 / 5 (4) | comments 0 | with audio podcast

The proteins ensuring genome protection

Researchers from the University of Geneva (UNIGE), Switzerland, have discovered the crucial role of two proteins in developing a cell 'anti-enzyme shield'. This protection system, which operates at the level of molecular ...

Biology / Cell & Microbiology

created 14 hours ago | popularity 5 / 5 (3) | comments 0 | with audio podcast

Entire genome of extinct human decoded from fossil

(PhysOrg.com) -- In 2010, Svante Pääbo and his colleagues presented a draft version of the genome from a small fragment of a human finger bone discovered in Denisova Cave in southern Siberia. The ...

Biology / Biotechnology

created Feb 07, 2012 | popularity 4.7 / 5 (60) | comments 51 | with audio podcast

Why are there so few fish in the Earth's oceans?

(PhysOrg.com) -- A Stony Brook University researcher has found that, contrary to popular belief, there are not plenty of fish in the sea.

Biology / Plants & Animals

created Feb 08, 2012 | popularity 4.3 / 5 (19) | comments 27 | with audio podcast


Japan's Fukushima reactor may be reheating: operator

Temperature readings at one of the crippled Fukushima nuclear reactors have risen above Japan's stringent new safety standard but there was no immediate danger, its operator said Sunday.

Scientists discover molecular secrets of 2,000-year-old Chinese herbal remedy

For roughly two thousand years, Chinese herbalists have treated Malaria using a root extract, commonly known as Chang Shan, from a type of hydrangea that grows in Tibet and Nepal. More recent studies suggest that halofuginone, ...

New method to examine batteries -- MRI from the inside

There is an ever-increasing need for advanced batteries for portable electronics, such as phones, cameras, and music players, but also to power electric vehicles and to facilitate the distribution and storage of energy derived ...

Google might launch Drive for cloud storage soon

(PhysOrg.com) -- Google's next big move, according to the Wall Street Journal, is a cloud storage service called Drive. Hardly first to the plate, Google is simply catching up to introducing its cloud reposi ...

Lab study raises questions over nano-particle impact

Tests involving chickens have raised questions about the impact on health from engineered nano-particles, the ultra-fine grains commonly used in drugs and processed foods, scientists said on Sunday.

Starve a virus, feed a cure? Findings show how some cells protect themselves against HIV

A protein that protects some of our immune cells from the most common and virulent form of HIV works by starving the virus of the molecular building blocks that it needs to replicate, according to research published online ...