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RahθeØkyeháh 2014
Page 2 Skaru:ręØ Monthly, September 2014
Volume 5, Issue 8
September 2014 Haudenosaunee Grand Council Tuscarora Council of Chiefs and Clanmothers
HAUDENOSAUNEE ENVIRONMENTAL
TASK FORCE (HETF)
Oren Lyons, Political Co-Chair Henry Lickers, Scientific Co-Chair
David Arquette, HETF Director Noah Point, Assistant Director TUSCARORA ENVIRONMENT
PROGRAM (TEP)
Neil Patterson, Jr. Director [email protected]
Rene Rickard, Office Administrator [email protected]
Bryan Printup, GIS/Planning [email protected]
Patti Fischer, Habitat Restoration [email protected] Following the United Nations Earth Summit in Rio de Janeiro in 1992, the Haudenosaunee held a Grand Council to discuss the environmental degradation of
our communities. In accordance with the Great Law of Peace, the Grand Council passed and agreed, based on Haudenosaunee protocols and cultural beliefs, to establish the Haudenosaunee Environmental Task Force (HETF).
The SKARU:RE MONTHLY is the official publication of the Tuscarora
Environment Office. You can submit articles, artwork, photographs, editorials
and letters of admiration to:
SKARU:RE MONTHLY c/o: Tuscarora Environment
5226E Walmore Road Tuscarora Nation
Lewiston, NY 14092 Or call: #716.264.6011
www.tuscaroraenvironment.com
or our Facebook page
“Tuscarora Environment”
October 4, 2014 - First Peoples’ Festival, DeWitt Park, Ithaca, NY. FREE. 10am-5pm. Sponsored by the Multicultural Resource Center and is
part of the annual Apple Harvest Festival. The event is featuring the
Akwesasne Women Singers. FMI: www.multicultural-resource.org
October 18, 2014 - Tuscarora Community Fair, Tuscarora Health and
Community Center, Tuscarora Nation. FREE. 12pm- Fair Opens; 1pm-TEP Corn Braiding Challenge; 5pm-Dinner Starts ($6/adults; $4/seniors;
$2/under 12yrs old); 7pm-Fair Auction starts. Interested in a table?
Contact Dorothy Chew for booths only, #523.0388. FMI: contact your
clanmother for more info or how to help out and volunteer.
October 18, 2014 - Native American Arts & Cultural Festival, Sanford Field House, Colgate University, Hamilton, NY. FREE. 9:30am-5:00pm.
Artist Demonstrations include lacrosse stick making, silverwork, antler
carving and more. Performances include Ayazamana, Dan Hill,
Haudenosaunee Singers & Dancers and Martha Redbone Roots Project.
FMI: #315.228.7184 or Carol Lorenz, [email protected].
October 21-22, 2014 - ‘Champions for Change’ Indigenous Education
Conference, Six Nations Polytechnic, Oshweken, ON. This 2nd annual
conference will profile Success in Indigenous Education with Honourable
Justice Gethin B. Edward, Dr. Lui K. Hokoana and Dr. Lori V. Quigley with a welcome message by Rebecca Jamieson. A showcase presentation
will include Herbie Barnes and Rick Hill to deliver two stunning
theatrical performances showcasing Indigenous life in two worlds. FMI:
www.snpolytechnic.com or Valerie O’Brien, #519.445.0023 ext. 236.
November 13-15, 2014 - AISES National Conference, Caribe Royale Hotel and Convention Center, Orlando, FL. The conference has become
the premier event for Native American science, engineering and math
professionals and students attracting over 1,600 attendees from across Indian country. Keynote speakers include Notah Begay III and John
Herrington. FMI: www.aises.org/conference.
Braids of Tuscarora corn hanging in our Office’s makeshift “barn.” This
fall we will be having our husking
bee at the Old Gym the week
following Community Fair, starting October 20th.
Page 3 Skaru:ręØ Monthly, September 2014
The Challenge: Given 60 ears of unhusked corn, a two person team will husk, clean and braid
a 30-ear braid of corn.
The winning team will be awarded a “Corn Basket” based on multiple components including best time, appearance, and strength.
*The teams may keep the remaining corn (30 ears) but it must be braided first.
Up to the Challenge?
Contact the TEP office at 264-6011 to enter
your two person team. You may bring your
own tools (loppers, spray bottle, knife, etc.)
or use TEP’s.
Entry deadline: Friday,
October 17, 2014 4:00 PM
Tuscarora Community Fair
Saturday, October 18, 2014
1:00pm - Outside the Senior’s Room
Page 4 Skaru:ręØ Monthly, September 2014
LEFT: Carrie and Frank
Farnham home on Moyer
Road before 1945.
LEFT: Printup family. Circa
1950s. Front row (l-r): Alvin
and Minnie.
S ometime towards the end of April, when the danger of rock slides from
the melting snows had ceased, this
seemed to signal the start of spear fishing
in the Niagara River.
About three-quarters of a mile from
Lewiston, we came to the most productive ‘docks’, or individual spots from which to
spear fish [along the Niagara River].
These ‘spots’ were referred to as the ‘boiler docks.’ The name stems from this
location at the start of the rapids, where
the water boils up close to shore and the
fish love to swim through the boiling action.
There were eight to ten docks in this area. Each year, being the first to fish here, we
had to rebuild the docks that were
damaged by erosion, high water and ice coming down the river. We would use
rocks to support a couple railroad ties
along the edge of the fast moving water.
After re-positioning rocks to form an
underwater wall six inches high and create
a channel passageway bringing the fish closer to shore, we would haul bags of red
shale to line the bottom of the channel.
This enabled you to see the fish much
better down in the three feet deep water.
Familiar names come to mind such as
long dock, rail, little boiler, big boiler, Belan’s hole and stump dock. These
names were given to the docks to
designate where you were fishing. The fishing was best after darkness settled in.
To reserve or ‘hold’ a particular dock for
my father, who came down when he got
off work at four-thirty, I was taken to Lewiston early in the morning.
* Excerpt from the memoir of Loren Greene, “Growing an Indian”. A true
account of his early life growing up on the
Tuscarora Nation in the late 1920s, early 1930s.
By Bryan Printup
RIGHT: 1906.
Hiram Green.
Spear Fishing along
The Niagara River
Page 5 Skaru:ręØ Monthly, September 2014
M any homeowners and renters don’t actually know where
their waste water goes once the toilet
is flushed or the kitchen sink is
emptied. Let’s put it out there, your wastewater goes somewhere and it is
called a septic system, which as a
homeowner you are responsible for the proper function and maintenance
of this septic system. If you are
lucky, you might know where the septic system is located in your yard
and better yet, how long it’s been
there.
What is a Septic System
Well the official term used is “a small scale sewage treatment system
or onsite sewage facility.” The
purpose of a septic system is to treat wastewater that leaves the household
plumbing from toilets, bathrooms,
kitchen drains and laundry. There are
two different types of systems: an underground conventional septic
system and an above-ground mound
system. Before designing/choosing the system a test is done (by a
qualified inspector) to identify the
soil type; depth to bedrock; and the
height of the water table.
Under-ground System
Today under-ground conventional
septic systems are typically installed
when the soil and bedrock conditions are optimal. So what does that
mean? Well the soil needs to be able
to handle and treat the waste water
which means there must be minimal clay or sand depth; and the bedrock
must be at least 6 feet or deeper to
protect contamination of the groundwater.
This conventional septic system is comprised of a septic tank, typically
made of concrete to collect and hold
the solids and liquids long enough to
allow solids to settle to the bottom of the tank to form sludge. During this
process lighter stuff like oils and
grease will float to the top of the tank. The tank will have a baffle,
which moves the liquids at a steady
rate to the drainfield with an outlet so
that the solids, sludge and oils don’t move into the drain field. The next
component to the system is the d-box
(distribution box), located between the septic tank and
the drain field. The purpose of the d-box is to distribute the liquids evenly
through the drainfield ensuring that
one area is not getting too much
liquid. Lastly, the liquid is then sent to the drainfield. This is where the
water is percolated through the soil
naturally removing harmful coliform bacteria and viruses.
The good things about an under-ground septic system is there is no
large mound in your yard; and it’s
less costly when it comes to installation and maintenance. The
bad thing about an underground
septic system is it can go for years
without any indication that the system is failing and polluting the
groundwater.
Above-ground System
An above-ground mound system is a
different type of system that Indian
Health Service (IHS) has been
installing at homes on the territory.
Though this system is more costly to
install and maintain, it is actually a
better system to use around
communities who depend on
groundwater as their primary source
By Rene Rickard
LEFT: An example of
an under-ground
septic system,
explaining the
components of the system.
RIGHT: This
example of an above
-ground septic
system includes a
pump and a notification system
to warn homeowners
of a failing system.
Continue to page 7
Page 6 Skaru:ręØ Monthly, September 2014
B ack in the fall of 2012, Bubs, Katie and I attended a
Pollinator Conservation course at
the USDA NRCS Big Flats Plant
Materials Center in Big Flats, NY. We were expecting to learn how to
become honey bee keepers but to
our surprise, we were educated on wild pollinators, with a focus on
wild bees.
Eric Mader, National Pollinator
Outreach Coordinator of the Xerces
Society was one of the presenters at
this course. His knowledge and enthusiasm was clearly evident as
he offered information on the
habitat and culture of native bees; how to tell the difference between
bees and wasps; and that 99% of the
pollinators in the United States and Canada are insects. Of the many
native bee
species
found throughout
the
continent, New York
alone has
over 100 native bee species!
We also learned how specific plants
have their own particular bees.
While Polylectic bees will gather pollen from many plants, oligolectic
bees will collect their pollen from
just a few kinds of flowers and monolectic bees from only one.
(Shepherd, Buchmann, Vaughan, &
Hoffman-Black, 2003) This means
a specific plant species is pollinated
more efficiently because the native bee is only going from flower to
flower of that same species, resulting
in larger and more abundant fruit.
There are several advantages of
native bee behavior over honey bees.
Less native bees are needed to pollinate the same area than imported
honey bees. For example, only 250
female orchard mason bees are required to effectively pollinate an
acre of apples where as
approximately 15,000 to 20,000
honey bees would be needed to perform the same task. Buzz
pollination, where the bee grabs onto
a flower’s stamen and vibrates its flight muscles releasing a burst of
pollen from deep pores in the anther,
is highly beneficial for the cross-pollination of tomatoes, peppers,
cranberries, and blueberries. And
finally, many native bees such as
mason and bumble bees, will forage in colder and wetter conditions than
honey bees.
It’s quite easy to promote habitat to
increase native bee populations.
Three critical requirements of native
bees are food, shelter and protection from pesticides. Bee food is the
pollen and nectar found in flowers,
so provide blooming native plants throughout the growing season.
Whether the bee is of a solitary or
social species, their nesting site will reflect this nature. Solitary native
species are wood-nesting (soft-pithed
twigs or beetle tunnels in standing
dead trees) or ground-nesting
(tunnels under bare ground) bees. Whereas social bees (ie. bumble
bees) are cavity-nesting species and
will make use of small spaces such as
abandoned rodent burrows. Although insect/weed control in a garden or
yard may seem important, remember
that insecticides are deadly to bees and herbicides may remove many of
the flowers needed for food.
Bees are our friends. How else would we have all the wonderful fruits and
vegetables we enjoy on a daily basis
if not for the wonderful pollinating
job they do? These few facts are only a small portion of the
information available on native bees.
“The Pollinator Conservation Handbook,” from The Xerces Society
provides in-depth detail and data
about understanding, protecting and
providing habitat for native pollinator insects. For additional information
check out their website:
www.xerces.org/poll/index.htm.
Pollinator Conservation:
Native Bees
&
Honey Bees
Word List: Bee - ruØtáhkę
Hive - ruØtáhkę yetihúØsthaØ Hornet’s nest - katyáØthas It flies - neká:ØnęØ Blossoms, many flowers - yuçiØçihskêheØ
By Patti Fischer
ABOVE: The Squash bee, a monolectic
bee that pollinates squash and pumpkins.
Page 7 Skaru:ręØ Monthly, September 2014
of water because the system has
alarms in place if it is not operating
correctly. The primary reasons an
above-ground septic system would
be installed are:
If there is less than 6 feet of
bedrock;
If there was a high water table in
the past;
And there is a presence of clay at
the site.
The mound system has a septic tank
that is buried underground, and a
drainfield. It differs from the under-
ground system because of a pump
chamber, that moves the liquids to
the drainfield via an additional
chamber. The chamber has sensors
and when the liquid level reaches a
certain level the pump is triggered
and it will release it into the
drainfield. The most noticeable
difference from under-ground
systems is that the drainfield is either
semi- or completely above ground
and allows percolation through the
mound, naturally removing harmful
coliform bacteria and viruses.
The good thing about a mound
system is that when the system is not
working the homeowner knows
immediately by an alarm and it
protects ground water. The bad is
that it is more costly to install and
maintain. The ugly is that for some
homeowners they don’t want to see
that huge mound in their backyard.
For more information about septic
systems check out the U.S. EPA
website. Or stop by our TEP office
for a copy of the “Residential Septic
System Handbook.”
We now have a full-time position open at
our TEP office for an environmental
technician starting immediately.
Qualifications:
B.S. in Environmental Sciences or
related field is desired
Be willing to work outside and within the Tuscarora community
Native American applicant preferred
The position is 40-hrs a week, full-time
with benefits. Salary is commensurate on
experience. Staff member works
independently to prioritize and complete
assigned tasks. Assignments are
periodically checked for progress by the
direct supervisor.
Please submit your CV and/or resume to
the TEP office until the position is filled:
Rene Rickard
Office Administrator
5226E Walmore Road
Lewiston, NY 14092
If you have additional questions please
call our office at: 716.264.6011.
Continued from page 5
Skaru:rèØ Monthly Tuscarora Environment Office 5226E Walmore Road Tuscarora Nation Lewiston, NY 14092
Skaru:rèØ Resident
Did You Know . . .
Each winter the deer lose their antlers, after the autumn rut. This is one of the
differences between cervids (deer) and bovids (cattle, sheep, antelope, etc.).
Deer have antlers, which are made entirely of bone, and are shed and regrown
each year, getting larger each time. Bovids have horns, which are permanent
structures with a bony core covered by a keratin sheath. In many bovid species,
both males and females have horns, but
only male deer have antlers. The single
exception to this is the reindeer (called
caribou in North America), in which
females as well as males have antlers.
Bury the hatchet is an English idiom meaning “to make peace.” The phrase
is an allusion to the figurative or literal practice of putting away the
tomahawk at the cessation of hostilities among or by the Haudenosaunee,
specifically concerning the formation of the
Confederacy. Weapons were to be buried or otherwise cached in time of peace. The first mention of the
practice in English is to an actual hatchet-burying
ceremony. Years before he gained notoriety for
presiding over the Salem witch trials, Samuel Sewall
wrote in 1680, “I writ to you in one [letter] of the
Mischief the Mohawks did; which occasioned Major
Pynchon’s goeing to Albany, where meeting with the
Sachem the[y] came to an agreement and buried two
Axes in the Ground; one for English another for
themselves; which ceremony to them is more
significant & binding than all Articles of Peace[,] the
hatchet being a principal weapon with them.”
The Calvatia gigantea is also known as the Giant
Puffball, a mushroom with a white, fleshy interior
typically found in meadows and grasslands. The
puffball is a saprotroph, meaning it feeds on dead
organic matter. Yes, Giant puffball mushrooms are edible but there are two main concerns with
harvesting them: correctly identifying the
mushroom and picking it at the right age. Correct
identification is crucial. If you think you’ve found
a giant puffball the first thing to do is cut it open. It
should have thick, hard, white flesh inside. Don’t
eat anything with a brown, black, purple or yellow
interior. It
may be an
earth ball or
some other
gastric distressing
inducing
mushroom.