I find it amazing all that can happen in just a week in my little piece of nature and I will share some observations. But first of all, in the big scheme of things, the weather changed. Thank goodness! The temperatures dropped along with the humidity and I am feel like I am really noticing the days getting shorter already.
The biggest changes in the wetland have been in two of my favorite plants. The buttonbush flowers are going to seed, as well as the common milkweeds. Both now have very different looks and no longer are fragrant, which just makes you realize how important that old saying is- "Stop and smell the roses." Before this assignment got me so in tuned with this special place, I would have said that in general, those flowers were out all summer and we would see the seeds and pods later towards the fall. Now, even though it's still technically summer, I am getting the feel for autumn changes as I am more clued in to when and how the changes are taking place. It's important to note, also, that my perspective is a bit skewed since my last nine summers in the Midwest have been spent almost 300 miles north of here on the shores of Lake Michigan so blooming times would have been later in the summer and length of days longer. (Plus, I never took the time to carefully observe any one little ecosystem as intently as I am doing now!)
Milkweed seed pod
So there have been some weather changes and flowers going to seed and daylight decreasing, but there have been some new discoveries, too. The four new species to highlight are: black willow, painted turtle, green-backed heron, and yellow nut grass.
Question of the week: What do you notice about the ecotones between your ecosystem and surrounding ecosystems? Would you call them diffuse, convoluted, or discrete?
Why? There are some very different ecotones in my area of study. I would call the riparian zone diffused whereas the zone between the wetland and the forest has been man- made by Kerry or Jane's handiwork with the mower, mostly! Is the trail considered an ecotone then?
Monday, July 29, 2013
Tuesday, July 23, 2013
Week two at Merry Lea
7/21/13
This past week was really hot and humid. All of us grad students were dragging and it seemed like some of the wildlife was quiter than normal. On Tuesday when we were bird banding and birding, things seemed slow but we did walk around the Kesling wetland and were treated by a great view of an American bittern. We banded a couple of each of the following: titmouses (-mice?), common yellowthroats, song and field sparrows.
Almost every evening, I sat watching "my" ecosystem (from now on known as Kesling Kove) while I ate dinner on the back patio. Still the most common residents are the redwing blackbirds, green and bull frogs, and mosquitoes. For an assignment for Dave, we had to observe a natural setting for seven minutes and take notes. So, I crept down to the edge of the water at about sunset one night, sat quietly and had the opportunity to watch a pair of blackbirds chatting with each other. The male started out on some reeds in the water about two feet from the shore, while the female was in the cattails across the path. Both were boisterous and chatty. Then, the male flew over her and landed on some other cattails and the female flew to exactly where he had been on the reeds. It was amazing. There she sat for about five of the seven minutes while he kept responding to her but flew over me in a circle a couple of times. When the mosquitoes quit hovering and buzzing around me, I could hear frogs from the water and other birds flying high over the water. was inspired to write a haiku this weekend that reminded me of the observation time earlier in the week. I must say that the the seven minute social observation that took place in a restaurant in Columbia City has yet to influence any writing.
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This past week was really hot and humid. All of us grad students were dragging and it seemed like some of the wildlife was quiter than normal. On Tuesday when we were bird banding and birding, things seemed slow but we did walk around the Kesling wetland and were treated by a great view of an American bittern. We banded a couple of each of the following: titmouses (-mice?), common yellowthroats, song and field sparrows.
Almost every evening, I sat watching "my" ecosystem (from now on known as Kesling Kove) while I ate dinner on the back patio. Still the most common residents are the redwing blackbirds, green and bull frogs, and mosquitoes. For an assignment for Dave, we had to observe a natural setting for seven minutes and take notes. So, I crept down to the edge of the water at about sunset one night, sat quietly and had the opportunity to watch a pair of blackbirds chatting with each other. The male started out on some reeds in the water about two feet from the shore, while the female was in the cattails across the path. Both were boisterous and chatty. Then, the male flew over her and landed on some other cattails and the female flew to exactly where he had been on the reeds. It was amazing. There she sat for about five of the seven minutes while he kept responding to her but flew over me in a circle a couple of times. When the mosquitoes quit hovering and buzzing around me, I could hear frogs from the water and other birds flying high over the water. was inspired to write a haiku this weekend that reminded me of the observation time earlier in the week. I must say that the the seven minute social observation that took place in a restaurant in Columbia City has yet to influence any writing.
shiny, black bully
slides down reed's slippery stalk
flexing red tattos
Since the weather dominated the week, when it rained some Friday night and cut a bit of the humidity, on Saturday morning while having breakfast on the patio, I wrote this.
The morning after the rain looks different.
The humidity that felt so heavy is no longer "seen".
The duckweed that had crept far from the shore towards the center of the pond
has been lassoed back to land.
The breezes that we thought were refreshing aren't at all like these that cool and comfort.
There is even more activity below the surface of the pond detected by
the myriad bull's eyes appearing and disappearing on top.
Do the birds look happier, too?
Or is it because I see differently after the rain?
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HARDSTEM BULRUSH
Scirpus acutus
Description
This species of sedge thrives
in wet places, sometimes in standing lake or pond water. Remember that sedges
have edges! Its stiff, dark green stems are adorned with side clusters of tiny,
brown flowers near the top of the stem. It grows from 3-6’ high.
Uses
Ethnobotanical: The seeds, pollen, young shoots, stem base, inner
part of the stem, and roots (rhizomes) of bulrushes are all edible. They can be
used to make flour, syrup, or sugar and prepared in a raw salad or as a cooked
vegetable. Flour can be made from the pollen, ground seeds, and dried rhizomes.
Some Native Americans boiled bulrush roots in water to make syrup, then dried it
out to produce sugar. The pollen can also be used to make cakes, just like
cattail pollen. In addition, it was used to stop bleeding and as a remedy to
snake bites. Bulrush stems were used to make many utilitarian items including baskets, mats,
hats, rafts, canoes, and brooms.
Wildlife: Ducks and geese eat the bulrush. Fish and frogs find
shelter around their submerged stems.
Mihesuah, D., American Indian Health and Diet Project. Retrieved on July 21,2013 from http://www.aihd.ku.edu/index.html
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GREEN FROG
Lithobates clanitans
Description
This popular small frog,
whose call is like nasal, banjo-like twangs, has one of the most characteristic
wetland sounds of all creatures. When flushed from the edge of the water, it also
lets off a squeak. It is 2½ - 3½ “ long. Green frogs live in swamps, lakes and
ponds all over the Eastern United States. Their color ranges from green to
brown to bronze, but usually have green on the upper lip and white on the
belly. They have large tympanum, and prominent ridges that run down their sides
but do not reach their groin. Males have a yellow throat and swollen thumbs. It’s
often hard to identify them since in the water, they are covered in duckweed
with only their bulging eyes sticking out.
Behler, J. and King, F.W., National Audubon
Society Field Guide to North American Reptiles and Amphibians. 1979. Alfred A.
Knopf
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LESSER DUCKWEED
Lemna minor
Description
This
is one of the smallest flowering plants in the world at only ⅛- ¼” across! As a
group, they float on the surface of still waters as bright green mats. Duckweed
has no true leaves or stems. Each plant consists of an oval-rounded, flattened
green frond (to 1/8” long) with a single downward-trailing root called a
rootlet. Foliage is bright green. Tiny flowers are white, but rarely produced.
Uses
Duckweed
is beneficial to humans in that it processes high levels of nitrogen and
phosphates that often pollute our waters. It grows quickly, removes those
chemicals and then is consumed by ducks (hence the name!) and other waterfowl
including Canada geese. Fish, turtles, beaver, birds (e.g., rails, herons) and
frogs also consume the plants. More importantly, frogs, the northern water
snake, and various insects use duckweed for shelter.
Missouri Botanical Garden missouribotanicalgarden.org
Hoagman, W. J. 1998.
Great Lakes Wetlands, A Field Guide. University of Michigan Board of Trustees.
P.42
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MARSH HEDGE NETTLE
Stachys palustris
Description
Flowers are whorled around the stem, usually in groups of 6, in a spike-like cluster at the top of the stem and at the end of branches arising from leaf axils in the upper plant. Individual flowers are ½ to ¾ inch long; the upper lip is covered in short hairs, and the lower lip is lobed in 3 parts. Color is pink to lavender with white and darker purplish spots on the inside of the lower lip. There are 4 dark purple stamens under the upper lip.
Leaves are up to 4 inches long and 1½ inches wide, with serrated edges, a pointed tip and a rounded or somewhat heart-shaped base. The leaf stalk is up to 1/8 inch long, or more typically absent altogether, and the leaf surfaces are covered in short, fine hairs. Leaves are opposite, with a pair of leaves at a right angle to the pair below it. The main stem is square and hairy along the angles and on the stem sides. This is in the mint family.
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Friday, July 19, 2013
BUTTONBUSH
Cephalanthus occidentalis
Uses
Buttonbush has exceptional wildlife benefits. The seed is eaten by eight species of
waterfowl and the twigs by three species of mammals.
Description
Buttonbush is a large, multi-stemmed shrub that grows to a
mature height of twelve feet. It has
opposite, entire leaves 2-6 inches long and 1-3 inches wide. They are glabrous and green above. The flowers occur in dense, round, 1 inch
diameter clusters which bloom from June to September. The seed matures in the round clusters that
resemble those of the sycamore tree.
This plant spreads by seed dispersal and resulting seedling
establishment.
Buttonbush is best adapted to shorelines and swamps with
saturated soil and full sunlight. It
will tolerate water depths up to three feet.
USDA, NRCS. 2013. The PLANTS Database (http://plants.usda.gov, 15 July 2013). National Plant Data Team, Greensboro, NC 27401-4901 USA
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SWAMP MILKWEED
Asclepias incarnata
Description: Swamp milkweed is a native,
perennial, wildflower growing three to six feet tall. It gets its common name
from its white sap, although it has less sap than many of its relatives. It has
long, narrow, lance-shaped leaves that progress in pairs up the stem. Bright
pink, white and purple clusters of flowers appear in summer at the tops of the
stems. In the fall, blooms give way to distinctive tear-shaped five-inch seed
pods that are green when unripe, but harden to brown. The individual seeds are attached
to fluffy hairs that allow the seeds to drift on the wind. Swamp milkweed also
spreads through rhizomes.
Swamp milkweed needs full sun or partial shade to flourish.
It is insect-pollinated and self-fertilizing
Uses
Wildlife: Swamp milkweed is a favored food of
monarch butterfly (Danaus plexippus)
larva. Swamp milkweed is also an important food source for the queen butterfly
(Danaus glippus) larva. Various other
butterflies and hummingbirds consume nectar from the flowers.
Ethnobotanical: Various Native American tribes used swamp
milkweed for medical purposes. It was used to treat lung problems, as a
deworming agent, to strengthen the body and to heal babies’ navels. The tough stringy stem fibers have been used
to make twine, rope and rough textiles.
The downy parachutes of the seeds are more buoyant that cork and warmer
than wool. Large quantities of milkweed were grown for use as stuffing in
pillows and lifejackets during World War II. photo: www.tva.gov
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NARROWLEAF
CATTAIL
Typha latifolia
Description
Cattails are herbaceous, colonial, rhizomatous, perennial plants with
long, slender, green stalks topped with brown, fluffy, sausage-shaped flowering
heads. Typha angustifolia plants are 15-30 dm tall. The spike-like, terminal, cylindric
inflorescence has staminate flowers above and pistillate flowers below.
Typha angustifolia generally occurs in deeper water than Typha latifolia. Typha
angustifolia has fewer and larger rhizomes, resulting in a low rate of
cloning but enabling it to grow in deeper water than Typha latifolia. Typha angustifolia has a higher
allocation to sexual reproduction.
Cattails spread both vegetatively and by seed, particularly
under drawdown conditions.
Uses
Ethnobotanic: All parts of the cattail are edible when gathered at
the appropriate stage of growth. The
base of the stem where it attaches to the rhizome can be boiled or roasted like
potatoes. The young flower stalks can be
taken out of their sheaths and can be boiled or steamed just like corn. The
rhizomes and lower stems have a sweet flavor and can be eaten raw, baked,
roasted, or broiled..
Wildlife: Some seeds
are eaten by several duck species. Geese
and muskrats prefer the stems and roots. Shelter and nesting cover are provided
for birds,especially redwing blackbirds.
Plant Materials
<http://plant-materials.nrcs.usda.gov/>
Plant Fact Sheet/Guide
Coordination Page
<http://plant-materials.nrcs.usda.gov/intranet/pfs.html>
National Plant Data
Center <http://npdc.usda.gov>
COTTONWOOD
Photo: statesymbolsusa.org staceypageonline.com
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Populus deltoides
A widely distributed tree throughout the east, the
cottonwood is a tall tree with alternate, triangular, toothed leaves. The leaves
have flattened petioles which allow for them to flutter in the breeze. (They
are related to quaking aspen, which do the same.) When young, bark is smooth
and greenish, but the older trees have dark, furloughed trunks. Mature
cottonwoods have some of the thickest bark of all trees in North
America .
The trees are most easily identifiable in the summer when female
trees release thousands of tiny seeds enclosed in a white cottony substance
from the long, catkins. Males release incredible amounts of pollen in the
spring.
The cottonwood is not recommended by the Indiana DNR because
it is so insect and disease prone.
Monday, July 15, 2013
Welcome to my mini-ecosystem here at Merry Lea. Over the next several weeks, I will be adding new species, reflections and observations about what I am calling Kesling Kove, the wetland oasis outside of my house. I look forward to learning more about what lives here, who visits, what makes this place tick and how it changes over time.
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