Thursday, November 17, 2011
Acadia:Arcadia
She told the story of the Nova Scotians being banned from their native land in the late 1700's and relocating to, what we refer to today as Acadia. The 'r' was lost in translation. This land is a highly functional land rarely looked at for it's scenic, preservable views. It's seen as a land excellent for economic gain instead of one that should be protected for it's qualities.
Unfortunately, over 200 years of this mindset has left us with a faltering, dieing wetland. An Eco-system far undermined, misunderstood of it's importance and it's unique beauty.
So sad that it's right here in our own backyard and we don't do more to protect, rebuild and educate on this place we call home, Acadia.
Lori Ryker-- ARCADIA:ACADIA
Friday, October 28, 2011
Lori Ryker, Lecture Series part II
Thursday, October 27, 2011
CREATE.PRESERVE.PERSEVERE.
Friday, September 30, 2011
Roussel, Megan. Lori Ryker.
I enjoyed the lecture given by Lori Ryker. She had great stories to tell of her in school. I thought the banner written in Russian was hilarious. But when she first opened up with the story of the garbage bags hanging from the ceiling, she posed a question that really made one think. Is it art or just garbage? Another question she posed was about myth, what is it? She described a myth being something you believe isn’t coming true? Our ultimate goal in life is to make our myth come true. She spoke of the idea of civic engagement which landscape architects have to deal with every design. Who is going to use this space? She also spoke about the ability to change our futures. We all have the opportunity to do so, but it is up to us to act upon it. The wristbands were a sign of those who want to make a different and see change. I am curious what the winning “change” will be on the next one.
My favorite project Ryker showed us was the park located on the banks of the Yellowstone. The entry points have an impact on the visitors to the site, but not have a negative effect on the landscape. Everything was left natural, but the structures all fit into the landscape. My favorite part of the site was the markers of the trail that whistle when the winds blow so one does not have to see the trail, but they can listen for it.
Thursday, September 29, 2011
andrew doyle. Lori Ryker Lecture
Bowei Wang. Lori Ryker
Wednesday, September 28, 2011
Smith.Sarah_Lori Ryker Lecture
I also took interested when she said "...its not about streets, if you want to begin to understand a place and how to move through it, you need to begin to understand it's topography, spatial definition, and drainages."
I was able to relate that idea to my work as a student, how we begin with site analysis and inventory.
**Those table tops were awesome!
Monday, September 26, 2011
Bowei Wang, The North River Demonstration Project
Smith.Sarah_the 'spatial solution' to conserving biodiversity in landscapes and regions
We must answer the question as to how to conserve biodiversity? Through land management, and viewing the needs to different stake holders, we can get an idea as to how to conserve land while feeding to the needs of the surrounding people.
Wildlife Monographs: gap analysis
Smith.Sarah_the land unit- a fundamental concept in landscape ecology, and its applications.
I found it interesting that this article spoke how geographers and landscape ecologist study the landscape as a whole, and don't emphasize on one certain are or attribute. I find that landscape architects tend to focus on the fine details much more, as well as viewing the landscape as a whole. We tend to break the landscape down into smaller parts, and those parts are broken down even further.
Toward a Sustainable Landscape with High Visual Preference and High Ecological Integrity: the Loop Road in Acadia National Park
Roussel, Megan. The "Spatial Solution" to conserving...
The reading explains an alternative approach to environmental and land use issues. According to the reading, spatial land use patterns will help conserve natural processes of nature. Patterns of natural vegetation such as major stream corridors and large patches are crucial in the landscape. Disturbance is the reason why landscape patterns are created. It is part of nature. But when nature is changed for the worst that is when an order has to be given. If the landscape is going to change there should be a hierarchy of what can be disturbed first to help protect the natural process of nature.
Elizabeth Bowie, "Methods for Generating Suitability Maps: a Comparative Evaluation"
There are a few different ways to conceive suitability maps. This article focuses on a number of them: the Gestalt, McHarg (ordinal combination), linear combination, nonlinear combination, factor combination, cluster analysis, rules of combination, and the hierarchical combination methods. Many of these methods favor one another and therefore work pleasingly together to create land suitability maps. When determining which method you might use, one needs to first access the particular location for development. Is it a small scale or large scale area? Will factors be independent of one another or dependent? All of this is relative to your site, but the best method for most studies is to begin with the linear and nonlinear methods and then follow with the rules of combination. With all of these methods, it is not possible to make evaluative statements about several uses to the site. One must make some assumptions about the demands for uses of and on the site, and we cannot use this information alone. We need to understand the economic analysis of the area to go forward.
Elizabeth Bowie, "The 'Spatial Solution' to Conserving Biodiversity in Landscapes and Regions"
In an era when human population is at a constant rise, we need to be more conscience of biodiversity in landscapes and regions. Our “spatial solution” needs to conserve key environmental and land use issues. To do this, we must determine what species are important to conserve and protect. In turn, we must also determine what bears the least and what may be allowed to “disappear.”
There are several patterns in the landscape that hold considerable weight. You must have large patches of natural vegetation to “protect species richness.” Vegetated corridors along streams and rivers provide erosion control, protective migration to water, food to the bottom of the food pyramid, shade, and mineral nutrients. Species must be free to move from space to space so “connectivity between large patches” is needed. Smaller “patches” are needed to serve as a “hedge of resistance” for species disturbance and land use control (erosion). Aggregates are also used to help “mesh a space” for human and woodland blending. We need to enforce this thinking now on a more global level. We have a fixed amount of land on this planet and “making do” with what we have has never been our strong suit. A spatial solution should be on all of our minds when developing and designing for today and the future.
Roussel, Megan. The Land Unit- A Fundamental Concept...
The land unit is a crucial landscape in landscape ecology. It provides a foundation for studying landscape ecology relationships. A land unit survey is a method of efficient survey of land characteristics, such as soils, vegetation, and landform expressed in single or overlaying mappings. The more development of a discipline is the aim and the smaller the area, the more direct field observation is necessary. The choice of survey method depends on education, experience, and scientists. A land unit survey is less analytical if there is only one characteristic on the mapping otherwise, it becomes more of inventory. When one begins to overlay the mappings, that’s when the mapping become analysis.
Jessica Roberts_Ecological Guidelines for Land Use and Management
Jordan Boan, "Toward a Sustainable Landscape..."
In this article, Carl Steinitz describes the research methods used to determine the appropriate areas for conservation or intervention in the landscape. What I found particularly interesting is that it actively engaged the stakeholders of the surrounding community and users of the park. Through several survey methods the researchers were able to determine, in a general sense, the visual preferences of their user group. Then data was collected concerning the areas of ecological integrity within the park by using three indicator species, black bear, ruffed grouse, and river otter, as surrogates for more comprehensive or complex data. Once these two sets were mapped based on value (high visual preference to low visual preference and high ecological integrity to low ecological integrity) they were combined so that areas of greater value could be conserved and areas of low value could be developed or improved in some fashion.