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Wednesday, March 4, 2015

How Romantic.



In the mid- to late-nineteenth century, the Romantics altered the inherent definition of wilderness, challenging a centuries’ old image of wilderness as a corrupting force.  The Adirondack Park played a role in this sea change: its convenient location and ease of access allowed it to become the breeding ground for this fundamental re-evaluation of wilderness.  The park witnessed a complete role reversal in this period, from a savage and corrupting wilderness, full of what the Jesuits called “Iroquois demons,” to a holy and rejuvenating temple whose prophets (for a small fee; i.e. the Adirondack guides) could help cleanse one’s soul from the trappings of civilized life.

As with most intellectual revolutions, the primary thinkers came from money and education on the bustling east coast.  During this period of industrialization, urban life became rank with pollution and overcrowding, so those who could afford to escape on extended vacations fled to the Adirondacks where they made a surprising discovery: Nature is sublime.  The early Romantics struggled to reconcile the new awesome power of nature with traditional savage imagery.  For example, from the top of a pass, Alfred Billings Street proclaimed, “What a sight! Horrible and yet sublimely beautiful—no, not beautiful; scarce an element of beauty there—all grandeur and terror.”  The Romantics saw a raw, powerful God and strove to capture in words the new associations this placed on the perception of wilderness—often settling with wildly conflicting adjectives.  They faced an inner tug-of-war between the ingrained conception of a savage wild and the new pure and holy power they now encountered.

Romantic painter Thomas Cole’s The Course of Empire best encapsulates this shift in philosophy.  The first frame depicts an unruly and dangerous wild that, in the second and third frames, humans transform into a beautiful metropolis only to see it fall to barbarians in frame four.  The final frame is absent of human activity, with the ruins of the city retaken by nature.  This series captures the Romantics’ simultaneous appreciation of progress with a respect for nature’s power to re-absorb civilization after its decent into corruption.  In an urbanizing world, the Romantics must have anticipated that the corruption of the city had reached dangerously high levels, and the only way to prevent nature from overtaking what man had wrought was to seek out reconciliation.  By cleansing their souls in the wilderness, they were able to attain an equilibrium, an existence between the safety of society and the raw power of the wilds.


Non-motorized Recreation is Still Impactful

     Our discussions about ATVs (all-terrain vehicles), snowmobiles, and Jetskis have tended to argue against the machines. In our effort to define “wilderness”, we have questioned whether the use of these machines is morally sound, as they are gas-powered machines that pollute and change the environment they are used in. We’ve brought up that the use of these loud machines detracts from other people’s enjoyment of the Park with their noise pollution, and that ATVs alter the landscape and always, therefore, leave a trace. There is a new piece of equipment that is spreading through the park, called a Fat Bike, which is a mountain bike with wider tires, so it is great for peddling on sand or snow. In a comparison of the impact of ATVs with the impact of mountain biking in the Adirondacks, mountain bikes are much less damaging than ATVs, though they cannot possibly leave no trace.
from fat-bike.com
      ATVs are being used illegally in the park and there isn’t a lot that Park Officials can do to stop them, besides issuing tickets. ATVs were banned from state land, however many ATV owners are trespassing on trails made for other sports, like hiking and snowmobiling. Many snowmobiling trails cross wetlands, which freeze in the winter and are unaffected by the snowmobiles; however, when these trails are used by ATVs, the ecosystem is altered or destroyed. The vehicles go around gates or cut through locks and chains to reach these trails that were blocked off by the DEC. The heavy machines compact the soil that they drive over with their wide tires, and compacted soil does not drain as well as the undisturbed soil does, so the trails flood and get muddy. The ATVs then drive through the mud and create deep ruts in the trail, making it unusable for other sports. The vehicle wheels also tear up the vegetation on the sides of the trail, widening the trail and destroying the protected forest. ATVs are loud, gas-guzzlers that destroy trails in the Adirondack Park for other sports, and Park Officials have little power over them.
     Mountain bikes have a smaller impact on the Adirondack State Park than ATVs do, but mountain bikes are not harmless. Mountain biking is not allowed on all state-land hiking trails, but it isn’t illegal in the park, like ATVs are. Mountain bikes impact the trails the same manor that ATVs do, in that they compact and erode the soil and create ruts in the trail. The ruts from bikes are narrower and less deep than ruts from ATVs because bike tires are not as large as ATV tires, and bikes weigh less than ATVs. If bikers start using Fat Bikes on the trails when they aren’t covered in snow, the trails will be impacted more than with a regular mountain bike, but hopefully bikers will only use fat bikes for the snow and sand.

Fungus

As we started talking more about the species that make up the various ecological communities of the Adirondacks I've started to appreciate the role of species that make not be particularly noticeable, specifically fungus. My family usually spends our summer vacations visiting a new part of the country, and hiking is always on our itinerary. We all have different aspects of the ecosystem that we keep an eye out for. My older sister looks for birds while my younger sister for bugs. I look for owls. My dad takes pictures, and my mom spots the fungus. She loves the bright colors and unique shape of each species, and the randomness by which one just happens to pop up on a log or from beneath a pile of decaying leaves. 

There are thousands of fungi species which thrive all over the world, in various climates and ecosystems, many with distinct physical characteristics. As we read in the Marchland field guide, the Adirondacks are home various species of these decomposers which appear randomly depending on how spores are carried in the wind. I found an article about an interesting type of fungi called Jelly Fungi, found in the winter. They are described as looking like melted lollipops and come in a variety of colors ranging from yellow to white.

File:Auricularia auricula-judae, Jelly Ear Fungus, UK.jpg
Although the passerby might mistakenly believe the fungi are growing when this fungus is found in the winter, the organism is actually usually frozen solid during this time of the year. However, the fungi usually has the consistency of rubber when it is actually growing. Surprisingly, although these masses appear to be the same species, a group of jelly fungi actually consists of numerous species of fungi; they evolved independently but eventually came together to manage hydration and desiccation in the same way. 

I find it fascinating that there is so much complexity to an organisms that is often overlooked. Next time I take a hike my goal is to take a moment to appreciate what is happening on the forest floor.
 
http://www.adirondackalmanack.com/2015/01/blobs-on-ice-jelly-fungi-add-color-to-winter.html
http://commons.wikimedia.org/wiki/File:Auricularia_auricula-judae,_Jelly_Ear_Fungus,_UK.jpg


Squirrel!

     I pushed open the side door of KJ that faces List and Minor Field. As the grey door slid open, it halted, pressed up against the knee-high snow that had built up outside. The opening was too small for me to pass through, so I tried the adjacent door, which opened with far more ease. My friend and I started down the flattened path of snow, which led to the more or less cleared road near List. I picked each step carefully, avoiding the far deeper snow on either side. 
     Halfway down the path I noticed a set of tracks on my right. These led to a tree about 30 feet away and vanished. Excited, I called my friend back and asked her to take a picture. The tracks would have to be compared to those in Nature Guide to the Northern Forest to confirm the suspicion that a red squirrel had been here.


                                  (Photo taken and masterfully filtered by: Jillian Donze)

     While the tracks in Marchand's book looked similar enough, further research suggested that the tracks may have also been those of the Eastern grey squirrel. Nonetheless, I pushed to discover more about the American red squirrel. The red squirrel generally ranges from 11 to 14 inches in length and weighs approximately 7 oz. These squirrels tend to be solitary, but may nest in groups for the sake of maintaining body temperature. Their nests are made primarily of grass and bark in conifers, garages, attics, or other potentially warm areas. Here, red squirrels survive off the green pine cones, nuts, and seeds that they collect throughout fall.    
     This storage of food happens to play a significant role in spreading seeds in the forest. The nuts and seeds are stored in piles, or middens, near logs, trees, and underground. Throughout the winter these stores are eaten, but occasionally some are left over or never found. As a result, seeds are unintentionally planted throughout the forest. While we have been discussing the significant effects of large beaver populations or the extirpation of wolves in the Adirondacks, it is interesting to consider the roles of other animals in the Adirondacks. The red squirrel offers a particularly interesting example as it unintentionally benefits the conifers around it.    



Sources:

Nature Guide to the Northern Forest, Marchand
http://www.nhptv.org/natureworks/redsquirrel.htm
http://nyfalls.com/wildlife/mammals/squirrels/
http://forestry.com/blog/the-american-red-squirrel/

Tuesday, March 3, 2015

Hibernation... and Medical Research?

Albert Einstein famously said, “Look deep into nature, and then you will understand everything better” (Einstein).  Unfortunately, given how humans have treated the earth, primarily since the Industrial Revolution, the more we look into nature, the more we understand the permanent damage we have done to the ecosystems and atmosphere.  As we study climate change, it is difficult to remain optimistic.  However, there is much more that nature can help us to ‘better understand,and I hope that after reading this piece, we can remain slightly optimistic.

Throughout my readings on the Adirondacks, together with further research, the topic that most intrigues me is learning how the wilderness ecosystems prepare for the winter.  Hibernation and the ability of certain organisms’ ability to allow their muscle tissues to freeze for the winter months absolutely fascinated me.  As we discussed hibernation, I remembered a BBC article that I read in January.

The article, authored by BBC health editor James Gallagher, highlights a joint study by the University of Cambridge and the University of Leicester, which presents data showing a connection between the study of animal hibernation and possible dementia treatments.  In the study, Gallagher explains that the body temperature of the mice was significantly decreased, and then increased to the normal temperature.  During this process, the younger mice were better able to mend the effected synapses that were lost during the cooling, while the older mice could not recover.  The scientists suggested that this was a result of lower levels of the released chemical RBM3 in the older mice (Gallagher, 2015).

(I would encourage all to read the entire article, together with the official report published in Nature.  I have included both links below.)

An article posted on PubMed which clarifies the study, explains that, “the cooling that occurs in hibernation reduces the number of nerve connections in the brain, but these regrow when an animal warms up… A protein called RNA-binding motif protein 3 (RBM3) increases during the cooling, and it appears this protein is part of a pathway involved in the regrowth”  (PubMed, 2015).  Although it is still unknown whether doctors and researchers will be able to formulate a medication and treatment plan for dementia from this research, it is a fascinating case in surveying nature, and using the gained observations to promote scientific research from a separate discipline.

I sincerely hope that we continue to learn how wildlife can further help humans in abstract ways, as we attempt to repair all the harm we have done to nature's ecosystems.




Works Cited:
1.     Gallagher, James. "Hibernating Hints at Dementia Therapy." BBC News. British Broadcasting Corporation, 15 Jan. 2015. Web. 01 Mar. 2015. <http://www.bbc.com/news/health-30812438>.

2.     Peretti, Diego, Amandine Bastide, Helois Radford, Nicholas Verity, Colin Molloy, Maria Guerra Martin, Julie A. Moreno, Joern R. Steinert, Tim Smith, David Dinsdale, Anne E. Willis, and Giovanna R. Mallucci. "RBM3 Mediates Structural Plasticity and Protective Effects of Cooling in Neurodegeneration." Nature 518 (2015): 236-39. 14 Jan. 2015. Web. 1 Mar. 2015. <http://www.nature.com/nature/journal/v518/n7538/full/nature14142.html>.



3.     PubMed Health. "'Hibernation Protein' Could Help Repair Dementia Damage." National Center for Biotechnology Information. U.S. National Library of Medicine, 15 Jan. 2015. Web. 03 Mar. 2015. <http://www.ncbi.nlm.nih.gov/pubmedhealth/behindtheheadlines/news/2015-01-15-hibernation-protein-could-help-repair-dementia-damage/>.

Healthcare in the Adirondacks

Part of what makes the Adirondacks so beautiful is their remoteness. They offer an escape to many people from the daily grind of jobs and stress that plague most people in more urban environments. However the people that live in the Adirondack need the necessities of modern life as much as you or I. In a place as remote as the Adirondacks, luxuries we take for granted are harder to come by in these mountains. While TV and Internet can be beamed down to a dish by satellite medical care cannot be.
            This is not a problem unique to the Adirondacks; it is hard for many people living in remote regions to receive proper medical care. Luckily there is a group that addresses this problem for the Adirondacks. The Adirondack Rural Health Network is a group that transcends public, private, and non-profits in upstate New York with a common goal. To provide care to areas that need it, and cannot easily obtain it. They offer public forums on health, as well as reviews and directions to the nearest care center that everyone can afford.
 In researching public health in the Adirondacks I was curious as to what the largest health problem was, and consequently the largest goal for the ARHN to achieve. The main problem, which the ARHN has addressed the most, is accessibility, it is hard to find hard numbers proving their success in this area, because just as with preventing disease, you can not count the number of people you save, by preventing infection. You don’t know. We can see success in their other areas of efforts. Next to accessibility chronic disease is the largest health problem in the region. The chart below shows percentages of cancer caught at early stages that is then treated in 2007, you can notice that in many counties they are close to reaching their goals of diagnosis in the region. These cancer diagnoses are an indication of the good that this organization is doing. Other rural area’s similar to the Adirondacks, such as Appalachia should try to emulate this network to provide quality health care to those who live in its mountains.

Access to Health Care - Early Stage Cancer Indicators (2007)
Essex
Franklin
Fulton
Hamilton*
Saratoga
Warren
Washington
ARHN
Avg
Upstate Avg
NYS Avg
Goal
Oral cavity and pharynx cancer, % early stage
67.7%
47.2%
52.6%
20.0%
34.9%
28.3%
46.3%
42.4%
35.7%
33.9%
Colon and rectum cancer, % early stage (1,2)
22.8%
48.7%
33.1%
40.9%
40.3%
39.3%
34.6%
37.1%
44.1%
42.3%
50.0%
Lung and bronchus cancer, % early stage (2)
83.8%
24.3%
19.8%
28.6%
20.2%
22.0%
22.9%
31.7%
20.9%
20.9%
Melanomas of the skin, % early stage
84.4%
84.4%
90.9%
100.0%
83.3%
83.7%
81.5%
86.9%
82.4%
82.6%
90.0%
Female breast cancer, % early stage (1,2)
36.7%
70.9%
59.4%
79.2%
65.6%
71.9%
67.7%
64.5%
64.5%
62.6%
75.0%
Cervical cancer, % early stage (1,2)
52.3%
50.0%
50.0%
50.0%
32.5%
33.3%
50.0%
45.4%
50.8%
48.4%
65.0%
Ovary cancer, % early stage
22.2%
35.3%
15.8%
33.3%
17.9%
3.6%
9.1%
19.6%
18.0%
18.2%
Prostate cancer, % early stage
14.3%
86.4%
77.3%
77.8%
85.9%
90.8%
94.5%
75.3%
86.5%
86.3%
95.0%



Sources:
http://arhn.adks.com/access/

http://www.arhn.org/regional-health-data.php