Environment

  1. Using the example of hurricanes, support the statement (from page 84) that “most hazards fall in between natural and anthropogenic.”
  2. To what degree are your perceptions of risk similar to, or different from, those of the culture around you? Support your answer with some specific examples.
  3. Residents and governments of Europe have been much more critical of genetically modified crops and foods than have residents and governments of the United States. To what degree is this a cultural difference? (Bonus: Supplement your answer using political economy.)
  4. Why do toxic-waste dumps usually represent examples of environmental injustice? (Think: Who chooses to live near a toxic-waste dump?)

5Examine the list of precautions and risks on the label of an over-the-counter insecticide or herbicide (check one out at your local home and garden shop if you do not have any at home). How would this list differ in the absence of governmental regulations? To what degree do you believe this information impacts consumer and user decisions? Why?

6Visit the World Resources Institute “Aqueduct” page, where risks of water stress are mapped in an interactive digital atlas (http://insights.wri.org/aqueduct/atlas). Explore the global maps they provide there. Spcifically compare two different global maps: 1) the map of “Baseline Water Stress” (a map of the degree to which freshwater availability is an ongoing concern) and 2) the map of “Three Year Socioeconomic Drought” (a map of areas where available freshwater supplies are insufficient to support normal water withdrawals over a three-year period). To what degree is the risk of socioeconomic drought a close match to basic underlying water stress and scarcity? Where is the risk of drought less than underlying stress and where is it equal to or greater than basic stress? What might account for the differences you see here? What might cause drought risks to be higher or lower than basic scarcity of water? What might this tell you about environmental risks more generally? To what degree are they determined by basic environmental conditions and to what degree are they influenced by human factors?

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!

Astronomy Homeworks ( Astronomy Of The Universe AST 101) !!

When a galaxy forms, gravity pulls all of the material toward the center of the mass distribution.

Conservation of angular momentum – one consequence of this is that if a rotating object’s volume is decreased the object will rotate faster.

 

Remember the discussion about randomness. While the material that will make up the galaxy is collapsing, the individual molecules still have some random motion. The way to think about this is that there is a bulk motion (gravitational collapse) and a random motion (particles moving individually) and the combination of this determines the outcome.

 

In this random motion, it is expected that roughly (but not exactly) half of the material is rotating clockwise and half of the material is rotating counterclockwise. Combining these thoughts means that as the bulk motion causes the material to collapse, an overall rotation will become significant.

 

Now consider our solar system. The planets that are further from the Sun are in a weaker gravitational field. This means that they orbit around the Sun more slowly.

 

As the material collapses to form a galaxy, much of it will gain an orbital speed that is high enough to keep it from moving inward further. In other words, the gravity pulling the material together is not strong enough to pull in material with significant rotation. The result of this is that the majority of the material forms a supermassive black hole at the center and the remainder creates a debris field around it.

Initially, this debris field will have a spherical distribution. Eventually, it will flatten out into a disk. This forms our spiral galaxy. The debris in the disk eventually forms the stars, planets, etc.

 

 

Stars form basically the same way as a galaxy. Gravity pulls together material to form the star. There is a debris field around the star which becomes planets, asteroids, comets, etc.

 

Solar vs Stellar … Solar refers to our Sun while stellar refers to stars in general. The name of our sun is Sol.

 

Stars form from molecular clouds. Are the molecules within the molecular clouds moving or at rest? They must be moving fast enough to keep the cloud from collapsing due to gravity. They must also be moving slow enough to keep the cloud from dispersing.

 

What is an arbitrary volume? It is a defined region of space that does not have any physical boundaries and is used to describe the behavior in that region.

Consider an arbitrary volume in the molecular cloud. The motion of the individual molecules leads to density fluctuations within this volume.

How do the density fluctuations affect the gravitational field within the arbitrary volume? Remember that gravity is determined by mass and separation. This means that at low density the gravitational field is weaker. This is because there are fewer molecules (less mass) and on average the molecules are further apart. Conversely, at high density the gravitational field is stronger.

 

In order for a star to form, an arbitrary volume with enough mass (an amount of mass equal to the mass of a star) must reach a high enough density that the gravitational field is strong enough to collapse just the arbitrary volume in question.

 

After the first star forms, the outward flow of energy through the cavity left behind triggers more star formation. The majority of the material in the molecular cloud eventually becomes either part of a star or the stellar system around it.

 

As the material is collapsing the density, temperature, and pressure are all increasing. The increasing temperature leads to the formation of a plasma core. This plasma core will eventually sustain nuclear fusion and at this point you have a newly formed star.

 

Image result for water ice liquid gas

At low enough temperature, water is a solid. The molecules are held together in a lattice structure and there is minimal motion. When enough energy is added that the water melts, it is now in liquid form and the molecules clump together due to surface tension.

Continuing to add energy will lead to the liquid evaporating to form a gas. Now the molecules are completely dissociated from one another.

What happens when the gas continues to be heated (more energy is continually added to the gas)? At significant temperature the molecular bonds begin to break and now there are isolated hydrogen and oxygen molecules instead of water molecules.

The final stage in the generation of the plasma is collisions that can strip the electrons away from their respective nuclei. The end result is protons (hydrogen nuclei), oxygen nuclei, and individual electrons. This means that the constituents are now ionized (electrons are negative and the nuclei are positive).

 

Assuming that the Big Bang Theory is correct, the universe began as roughly 75 percent hydrogen and 25 percent helium with trace amounts of other material. Observations today suggest that the universe is 70 percent hydrogen, 25 percent helium, and 5 percent other stuff.

 

A consequence of this is that molecular clouds will be roughly 70 percent hydrogen. This means that when a star forms inside a molecular cloud its plasma core will be roughly 70 percent protons (hydrogen nuclei). This means that once a star forms, it and all other stars will evolve through the same process.

What is nuclear fusion?

1) Nuclear – pertaining to the nucleus (mostly to the protons).

2) Fusion – to combine

3) Nuclear fusion is the combining of protons to form heavier elements.

Individual protons will repel one another. In order to have them fuse they need to be traveling at very high speeds (they need to be in a high temperature environment). After two protons fuse together they will be highly unstable due to the repulsive force between them.

 

One of two things is going to happen. Either the protons are going to rip back apart or something must happen to remove the repulsion. The answer is that one of the protons becomes a neutron and the repulsive force disappears.

The model for this is that protons and neutrons are made up of quarks. For now, the agitation in the protons after they fuse causes one of the quarks to change its properties. This causes the proton containing that quark to change from being a proton to being a neutron.

 

 

 

 

 

In physics we assume that the total amount of energy in the universe is constant. This means that energy can’t be created from nothing and it won’t just magically disappear.

 

In physics the work-energy theorem says that the change in energy is equal to the amount of work done.

 

 

The initial fusion process in any star (regardless of mass) is going to be hydrogen fusion. Specifically this is the proton-proton chain.

Related image

 

The first of three parts for the proton-proton chain is the fusion of two individual protons to form deuterium. Remember that deuterium is one of the isotopes of hydrogen. A deuterium nucleus has one proton and one neutron.

The second part is where a third proton is added and a helium-3 nucleus is made. Now this is an isotope of helium

The third part is where two helium-3 nuclei fuse together and form a helium-4 nucleus. This is the most stable isotope of helium.

The overall result is that after a star forms and develops a significant plasma core, hydrogen fusion begins and produces both helium-4 and excess energy (in the form of photons). The star holds on to the helium that was made and releases the excess energy into the environment.

 

Does the star have an infinite amount of hydrogen (fuel)? No

This means that eventually the core will no longer be able to sustain hydrogen fusion in this way. This means that one of three things must happen:

1) More hydrogen is added to the core

2) The fusion relocates to where there is more hydrogen

3) The fusion ceases

For the purposes of this class (and most astrophysics) a star is considered to be a sphere that is spherically symmetric.

 

An object that is spherically symmetric can be considered as a collection of infinitely thin spherical shells that are concentric.

A consequence of this is that the only variation in the star’s parameters are based on changes in distance from the center (radius).

 

Given this, once the core can no longer support hydrogen fusion, the fusion relocates to where there is more hydrogen. It moves outward because that is where the hydrogen fusion can take place efficiently.

 

 

 

Why does our sun stay the same size?

Gravity is always trying to make everything smaller. The energy being released by fusion is counteracting this and trying to make the star bigger. Think about this as a continuous outward flow of energy. The reason the star stays the same size is because these two effects are balanced and the star is in equilibrium.

 

Moving the hydrogen fusion outward means that it is taking place on a larger surface. The fusion process is the same, but there is more of the process occurring. This means that the outward pressure goes up. Gravity has not changed. The end result is that the star gets bigger because it is no longer in equilibrium and the outward pressure is greater than gravity’s ability to try and make the star smaller.

 

Now that the fusion is making energy and helium, but this fusion is no longer taking place at the core, where does the helium go? The helium is heavier than its surroundings so it migrates toward the core and begins to stockpile

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!

Environmental

Unit Essay

In this unit, you have learned about reducing risks through safety design. For this assignment, you will further explore that topic. Compose an essay in which you summarize the fundamentals of the safety design review process, systems safety, and prevention by design. In your essay, you should address the following issues:

Describe the safety design review process. Explain the role and importance of safety in a safety management system. Discuss how these concepts inter-relate with the safety management systems approach.

Your essay must be a minimum of two pages, and it should use standard essay format with an introduction, body, and a conclusion. You must use a minimum of two scholarly sources in addition to your textbook. Any information from these sources should be cited and referenced in APA format, and your paper should be formatted in accordance to APA guidelines.

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!

Predator Prey Scientific Paper By Using Netlogo Model

Details of your Assignment

This assignment is done by observing the reading from a net logo model software which is attached with my moodle so I can provide you my moodle id and password to complete the assignment

Write a brief but insightful scientific paper, using the predator-prey model, evaluating the support for the hypothesis of your choice. In preparation to do so, consider what parameters of the model you will manipulate, and what response variables you will measure to evaluate your hypothesis. Consider how you will replicate your experiment to obtain confidence in your results. Use the following sections in your paper:

  • An appropriate, clever, and interesting title. Note that ‘Predator-prey dynamics’ is not a clever or interesting title!
  • In your abstract, provide a brief overview of your key results, interpretation and recommendations (150 words, maximum).
  • In your introduction, provide enough background and context so that the reader clearly understands the importance of the hypothesis you will test. A clear statement of your hypothesis should appear in the last paragraph of your introduction. Be sure to justify why you expect your hypotheses to be supported by the data. Refer to peer-reviewed literature to contextualize your results.
  • In your methods, briefly state how you manipulated the model. What parameter(s) did you vary, and over what range? How did you replicate your sampling? There is no need to describe the basis of the model itself. Nor are you required to use statistical tests. Doing so would be a nice addition, but is not required.
  • In the results, lay out your findings clearly, using figures, and if necessary, tables. The results section should present results suitable to evaluate the support for your hypothesis. Remember that a results section MUST include a text description of your key results. Use the text to highlight the key results shown in your figures. Be sure that your figures are legible, illustrate your findings, and include complete captions.
  • In the discussion, interpret your findings in terms of your hypothesis. Refer to peer-reviewed literature to interpret your results.

Use no more than 1200 words for ECOL203 (1500 words for ECOL403) in total (excluding abstract, captions, and references).  The rubric that provides the benchmarks against which your paper will be judged is available on Moodle.

Your report must be written in your own words. Write your report independently. Turn in this assignment by Moodle. Indicate your identity with your student number, and only your student number

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!

Industrial And Hazardous Waste Management

This unit focuses on management principles related to industrial and hazardous wastes. Environmental managers face pressures to satisfy corporate financial targets and to comply with environmental regulations.

For this assignment, search an article in the CSU Online Library on pollution prevention in management decision-making. Then, write an article critique on the selected article. In your critique, ensure you complete the following:

  • Appraise the principles of pollution prevention in management decision-making.
  • Assess options for management’s optimal decision-making.
  • Apply the concepts in the article regarding waste management, pollution prevention, and air quality to your professional career.

You can supplement your critique with information from the unit lesson and at least another source. Be sure to cite and reference all sources in APA format, including the unit lesson.

It may be helpful to review the library’s tutorial on How to Research Environmental Management Topics.

Transcript for How to Research Environmental Management Topics tutorial

In your critique, limit the number of words devoted to direct quotations of references. The vast majority of your critique should be paraphrasing of sources and inclusion of your own thoughts on the concepts that you present.

Your article critique must be at least two full pages in length (not counting the title page and references page). Adhere to APA Style when constructing this assignment, including in-text citations and references for all sources that are used. Please note that no abstract is needed.

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!

Chemical Hazards And Noise Measure

Unit IV Scholarly Activity

· Weight: 10% of course grade

· Grading Rubric

Instructions

The sampling results for the chemical hazards you tested for Acme Automotive Parts (AAP) are listed in the following table. The volumes that are listed are what you provided to the laboratory.

Hazard Analytical Result Volume (Time)
Manganese Fume 5 µg 30 L (15-minute)
Copper Fume 140 µg 960 L (8-hour)
Lead Fume 40 µg 960 L (8-hour)
1,2,4 trimethylbenzene 5 µg 48 L (8-hour)
Toluene 125 µg 48 L (8-hour)
Xylene 20 µg 48 L (8-hour)
Metal Working Fluids 500 µg 720 L (8-hour)

Part I: For each of the chemical hazards complete the following:

· Calculate the exposure concentration in mg/m3 for the aerosols.

· Calculate the exposure in parts per million (ppm) for the vapors.

· Discuss where you think errors might have been introduced into the results.

Part II: The results for the noise sampling in the following table were recorded from your noise dosimeters. All the samples were collected for the full shift using 90 decibels on the A scale (dBA) as the criterion level and a 5 decibels (dB) exchange rate.

Location Shift Length Result
Shipping/Receiving 8 hours 78.3 dBA (Lavg)
Hydraulic Press 12 hours 93.0 dBA (Lavg)
Metal Working Line 12 hours 84 dBA (Lavg)
Robotic Welding 12 hours 80.5 dBA (Lavg)
Hand Welding 12 hours 81.3 dBA (Lavg)
Paint Booth 12 hours 79.5 dBA (Lavg)
QA/QC Laboratory 8 hours 70.0 dBA (Lavg)
Final Inspection 8 hours 73.5 dBA (Lavg)

Answer the following for each of the locations listed above:

· Convert the results from dBA to percent.

Make sure you show all your work for calculations.

Your assignment must be a minimum of two pages in length, not including title or reference pages. Your assignment must use at least two references. One must be gathered from the CSU Online Library; the other may be your textbook. All references and in-text citations must be formatted according to APA standards.

Resources

The following resource(s) may help you with this assignment.

· Citation Guide

· CSU Online Library Research Guide

· Submit Writing Center Request

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!

Please Answer This Question

E-103: The Challenge of Human Induced Climate Change: Transitioning to a Post Fossil Fuel Future

Homework Set #2 Energy Basics DUE Tuesday, 3/9 (12:00 pm online)

 

 

Name: _____________________________________ Score: ______/_______

 

In order to understand Earth’s climate and how it is influenced by our energy choices, it is important to understand basic principles of energy, heat, temperature, and water. In this assignment, you’ll also see how the carbon cycle (both natural and anthropogenic) is intimately tied to energy and climate. You will visit a few websites in order to expose you to some of the energy and climate data available to you.

 

Conceptual and quantitative problems. You will only receive credit if you show all your work and write legibly.

 

I. Defining energy

1. Energy is the ability to do ________________. It is neither _______________ nor _________________, but changes __________________. [1 point]

 

II. Properties of Water

2. Label the phases of water in the following figure. [1 point]

 

 

3. The figure below shows a phase diagram for water. Remember that the atmospheric pressure at sea level is about 1 atm. [2 points]

a. Label the three phases.

b. On the temperature axis, correctly label 0°C and 100°C.

 

 

4. True or False. Warmer air can hold more water vapor. [1 point]

 

III. Latent and Sensible Heat

5. ________________heat is required to change the temperature of water. ___________________ heat is involved in changing the phase of water. [1 point]

 

IV. Heat Capacity and Specific Heat (Heat capacity per unit mass)

6. Water, air, and land heat up at different rates, which is evident when you jump from a hot concrete pool deck into a pool in the summer. These differences are very important in global weather patterns and the distribution of energy around the planet. The specific heats and densities are listed in the table below.

a. How much energy is required to raise the temperature of 1 cubic meter of water, air, and land by 10°C? Show your work and report your answers in Joules in the table below. [3 points]

 

 

 

 

 

 

b. Imagine a cubic meter of water, air and land were each exposed to the same amount of solar energy (340 W m-2). The surface area intercepting the solar energy for each substance is 1 m2. How long would it take to increase the temperature of each material by 10°C? Show your work and report your answer in hours in the table. [3 points]

 

Material Density at 20°C, sea level (kg/m3) Specific Heat Capacity (Joules/kg °C) Energy required to raise temp of 1 m3 by 10°C (Joules) Solar heating time (hours)
Water 998.2 4182    
Air 1.2041 1005    
Land* 3000 850    

*Based on a range of values for different types of rock, just for rough estimates.

 

c. Think about how your calculations impact energy movement on the global scale. Based on your calculations, do the oceans or continents heat up more quickly? When the energy source is reduced (daily or seasonal cycles), would oceans or continents cool off the fastest? [2 points]

 

 

 

d. In the northern hemisphere, are surface winds (think about the pressure differences that drive winds) more likely to blow from the land toward the ocean in June or in November? Why? Use a diagram to explain your answer. [2 points]

 

V. Carbon Cycle

 

7. The process by which energy is stored in organic carbon compounds is _______________________________. The reverse process, in which energy is released from organic carbon compounds is called _______ _____________________________. [1 point]

 

8.  Using the carbon cycle figure below, calculate the average residence time of carbon in each of the following reservoirs. Report your answers in years.

 

a. Define residence time using an equation and in your own words. [1 point]

 

b. Deep ocean [0.5 points]

 

c. Soil [0.5 points]

 

d. Atmosphere [0.5 points]

 

e. Sediments [0.5 points]

 

9. Understanding carbon storage and release

a. The carbon in fossil fuels (coal, oil, and natural gas) belongs to which reservoir? [1 point]

 

b. Briefly explain the two processes by which carbon enters “long term storage” in the sedimentary reservoir. [2 points]

 

c. What is the role of plate tectonics in returning carbon from the sedimentary reservoir to the atmosphere? [1 point]

 

d. What is the role of humans in returning carbon from the sedimentary reservoir to the atmosphere? [2 points]

 

10. Through fossil fuel use, humans are significantly accelerating the rate at which ancient carbon in the sedimentary reservoir is being returned directly to the atmosphere. Assume that the human rate of transfer of carbon from sediments to the atmosphere is 50 times that of the pre-industrial rate of 0.23 Gt C per year. Since the industrial revolution, humans have added a total of 200 Gt C to the atmospheric reservoir (an increase from about 280 to 390 ppm CO2). If we were to stop burning fossil fuels right now and switch to a zero-carbon economy, how long would it take for the additional 200 Gt C to be removed from the atmosphere-land-ocean system and returned to the long-term sediment reservoir? Assume a rate of 0.23 g/year into the sediment. [1 point]

 

11. Navigate to the NOAA Carbon Tracker website: https://www.esrl.noaa.gov/gmd/ccgg/carbontracker/.

a. Read the Global CO2 Budget section and study Figure 1. What are the two major sources and two major sinks shown in the figure? [2 points]

 

b. What is proposed as the cause for the decrease in fossil fuel CO2 emissions in 2008 and 2009? Explain why this is the case. [1 point]

 

image1.png

image2.png

image3.png

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!

TwinHills Analysis

W16361

TWINHILLS CENTRO: SOCIAL RETURN ON INVESTMENT Mahrukh Tahir, Elizabeth Henderson, and Irene M. Herremans wrote this case solely to provide material for class discussion. The authors do not intend to illustrate either effective or ineffective handling of a managerial situation. The authors may have disguised certain names and other identifying information to protect confidentiality. This publication may not be transmitted, photocopied, digitized or otherwise reproduced in any form or by any means without the permission of the copyright holder. Reproduction of this material is not covered under authorization by any reproduction rights organization. To order copies or request permission to reproduce materials, contact Ivey Publishing, Ivey Business School, Western University, London, Ontario, Canada, N6G 0N1; (t) 519.661.3208; (e) cases@ivey.ca; www.iveycases.com. Copyright © 2016, Richard Ivey School of Business Foundation Version: 2016-06-14

One afternoon in the spring of 2012, Maria Taqir received her first call from Susan Nelson. The only thing she knew about Nelson was that she was the chief executive officer (CEO) of OpenGate, a land development company that had a vision to create a new town called TwinHills CENTRO (TwinHills) on the east side of Calgary, Alberta—about a 10-minute drive from where Taqir lived in Forest Lawn. Nelson was interested in introducing a new financial reporting mechanism called social return on investment (SROI) for her development project, and was recruiting students to test the feasibility of SROI in order to eventually implement it at her firm. Nelson asked Taqir brief questions about her background and experiences with the intention of seeing whether she was a good fit for her project. Nelson wanted to know which courses Taqir was taking in her undergraduate program and what volunteer experience she had. Then Nelson said something unexpected. “Maria, I trust you. I get spiritual feelings about people, and I know that you’re a pure spirit; I want you to work on my project with me. This is how I have hired everyone who has ever worked for me—I trust my gut. Come to the university tonight so you can meet other candidates for the project.” Taqir was intrigued by this and decided she wanted to learn more. THE FIRST MEETING Later that evening at the university, Taqir joined a group of people in a small boardroom. As they each introduced themselves, Taqir was surprised to learn that many of them were MBA students. Taqir’s impression was that the room was full of hardworking and accomplished individuals. One MBA student in particular stood out. Lisa Anderson had experience with corporate social responsibility and was the principal of her own consulting company. Taqir would later come to realize that Nelson had an uncanny ability to attract talent and utilize the skills of high-profile individuals for her development project through a volunteer advisory board (see Exhibit 1). The volunteer advisory board constituted the collaboration process at TwinHills (see Exhibit 2). Nelson explained that on its merit alone the project drew hundreds of people from around the world who wanted to use their skills to make this project a reality. The core idea behind the board was collaboration and input from the brightest minds, not only in Calgary, but also from around the world. Members of the board

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 2 9B16M087 included former aldermen, alderwomen, politicians, vice-presidents and CEOs of top energy and communications companies, managers of non-profit organizations from around the world, and academics. The members of the board were clearly what made it so successful. For example, the former head of IBM Europe was the chair of the technology and innovation committee. The board meetings were conducted every three months to provide the project with strategic direction. They were run by Nelson, her husband (Gord Case), and OpenGate employees. Taqir quickly noted that Nelson was a hands-on person. This project was clearly her legacy, and she was a visionary. Nelson led the meeting. She showed the attendees a brief video about the background of TwinHills (see Exhibit 3). They learned that Nelson had inherited the piece of land for TwinHills from her parents; therefore, there was no debt on the land. She spoke very passionately about the project and made it clear to everyone in the room that her motivations for creating this community were purely to leave a positive legacy: people were the focus of her project. Through years of her own service to the community, she felt that the problems that plagued many lives (such as health-related issues, domestic violence, social isolation, and poverty) could be solved through the creation of a cohesive community where people felt like they belonged (see Exhibit 4). Nelson also wanted to immortalize her family’s contribution to a city she grew up in and loved. She explained that TwinHills was located to the east of the city of Calgary and immediately to the west of the bedroom community of the town of Chestermere; it had spectacular views of both the mountains and the city. The rolling piece of land also had natural wetlands, which attracted many species of birds. It was relatively small, just three quarter sections in size (480 acres). Nelson envisioned a compact, almost utopian community that would be built on this land. She emphasized that she believed that TwinHills was a new formula for success that Calgary seriously needed. The underlying principles would be the “five bottom line” (see Exhibit 5) approach of environment, economy, community, technology, and spirituality. The attendees realized that this was no ordinary suburban community concept, and that it was unlike the many suburbs that Calgary already had. Ironically, many city council members were now advocating that urban sprawl (the development of suburban communities) was neither environmentally nor economically sustainable with continued population growth in the city. Although Nelson’s project appeared to be totally in line with the city of Calgary’s future plans in this regard, she could not figure out why her project could not get the approvals it needed. NELSON’S VISION Nelson felt that urban sprawl could be addressed by the environmental and economic benefits of her community. She explained the framework upon which she wanted to build her new-age community. With places of work at the centre and the residential community expanding around it, it would be a place where residents could learn in the post-secondary institutions that were located in (or had branches close to) the eastern sector of the city. It would also be a community that would nurture the environment, and at the same time, it would thrive economically through the creation of partnerships with socially responsible organizations such as Momentum, an organization committed to using a community economic development approach to build essential business acumen in low-income families (similar to micro-finance). Residents would live in the community and work where they lived. Nelson envisioned a place that would attract people of all ages and at all stages of life, from the young who were still in school to those who were retired. Nelson explained how she had already created numerous partnerships with non-profit organizations, such as those that developed skills for youth who were “at risk,” supported low-income and immigrant families, and worked with the elderly to enhance their lives. She believed that these organizations could come to TwinHills and integrate into the community to create a system of support and partnership. Her vision was to create a vibrant, diverse, and engaged community that would be fully sustainable on all “five bottom line” dimensions.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 3 9B16M087 NELSON’S FRUSTRATION As the meeting progressed, Nelson expressed her frustration with the city council for delaying the project with multiple approval processes. This impeded her project from moving forward with important partnerships and building agreements. Part of the frustration was the number of steps involved. Not only did the project have to receive approvals from many different departments in the city, but it also had to go through a public approvals process before it went to city council for consideration. The approvals process typically took several years, culminating in a decision made by the city’s Corporate Planning Applications Group, the Calgary Planning Commission, and a public hearing of council.1 In addition, the city had several land development planning documents, which laid out the vision for sustainable communities. These documents included the Municipal Development Plan (MDP) and the Calgary Transportation Plan, both of which resulted from a public visioning process that began in 2005, called imagineCALGARY. The MDP included a vision for communities that had a more compact urban form, the concept of “complete communities.” Complete communities were vibrant, green, and safe places, where people of varying ages, incomes, interests, and lifestyles lived and had a variety of housing choices and businesses where daily needs could be met. Complete communities used infrastructure efficiently, provided mobility choices (including public transportation), had healthy, natural environments, and employed energy-efficient designs. In addition, they balanced housing and employment within the community. WHAT HAD BEEN ACCOMPLISHED? There had been progress. For example, TwinHills had just been included in the new Belvedere Area Structure Plan. The project still needed approvals at several levels within the process, and the City Planning Commission had indicated that it would take several more months to make a decision about the next steps. Despite the difficulties that the project faced from city council, TwinHills had proved easy to sell to organizations such as Leadership in Energy and Environmental Design (LEED), which provided a rating system and certification for neighbourhood development (LEED ND). This coalition between LEED, the Congress for the New Urbanism, and the Natural Resources Defense Council provided independent, third- party certification that a development’s location and design met accepted high levels of environmentally responsible, sustainable development.2 Based on plans for the development, TwinHills had received LEED ND certification for Stage 1 (a conditionally approved plan available for projects that had not yet completed the public review process). Nelson explained that she had already invested over eight years in this project from its idea to its design and was not ready to give up on it. She was prepared to break ground for the development stage, but was waiting on approvals. Not only had she invested her time, but she was also using her own money to fund it. Nelson felt that the barrier was her inability to communicate the value of the project beyond its financials to city council. She also felt that the members of city council did not fully understand its benefits for Calgary as a whole.

1 “Developing a Community: Approval Process and Community Design,” Urban Development Institute of Calgary, accessed August 25, 2015, www.udicalgary.com/DevelopingACommunity-ApprovalProcess.asp#.Vdyn8flViko. 2 A. Katz, “LEED for Neighborhood Development Rating System Honored for by Renewable Natural Resources Foundation,” U.S. Green Building Council, 2011, accessed November 17, 2015, www.usgbc.org/articles/leed-neighborhood-development- rating-system-honored-renewable-natural-resources-foundation.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 4 9B16M087 Communicating Benefits “This is why I have brought all of you young and clever minds together to help solve my business problem of communication,” Nelson said. She explained to the group that she had spent some time considering how best to determine and communicate the enduring value of her project to various decision-makers. Nelson emphasized that she needed a method of conveying the benefits of her project not only to city council to gain the necessary approvals to start the building stage, but also to the various stakeholders who would be affected by its enduring returns, such as residents and businesses who would set up shop at TwinHills. She stressed that she needed a strategy that would communicate the underlying foundation for the community— the five bottom line approach. SOCIAL RETURN ON INVESTMENT Nelson explained to the attendees that she had met with her friend Cheryl Doherty, the CEO of the Boys & Girls Clubs of Calgary, the week prior. Doherty had explained to Nelson how she had used the concept of SROI to communicate the benefits of her non-profit organization to donors and various other stakeholders. Nelson saw potential in the idea of SROI to solve her ongoing communication issue. Nelson explained to the attendees that SROI showed the return on an investment from the perspective of the social impact rather than only the financial return on investment.3 Nelson thought that SROI might give her an edge, but many questions still remained. THE SROI TEAM The next day, Nelson pondered over her encounters with the students. She recalled her discussions with Taqir and Anderson, and decided to contact them to find out if they might be able to help her define SROI further—and especially how it might be applied to TwinHills. Nelson approached them, looking for a team to develop an SROI strategy for the TwinHills initiative. After exchanging information about the project for approximately two hours, Nelson left, but not until she had encouraged them to take on the challenge. Taqir and Anderson had a big decision to make. They exchanged some thoughts. They were not experts on SROI; however, they both felt that they had good research skills. Anderson had just taken a course on evaluating sustainability performance, and she was sure that she could adapt some of the information from that course to a strategy for TwinHills. Taqir lived near the community that Nelson was planning to develop. She was excited about the potential it held and how some of the benefits might spill over into her own community. Taqir and Anderson decided that they were up for the challenge. They looked at each other and at the same time exclaimed, “Where do we start?” Although neither Taqir nor Anderson had any special knowledge of SROI, they were both familiar with financial return on investment, or ROI, in general. Their first step was a thorough literature review to determine the current understanding of SROI, which organizations had used the metric and, more specifically, any techniques they had developed for using it. 3 Financial return on investment is calculated by first determining the revenues minus the expenses of a project, thus providing the net income or the return from the project for a year. Those returns are then divided by the initial investment in the project, such as buildings, wetland and park development, and other infrastructure that have several years of life.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 5 9B16M087 THE RESEARCH PROCESS Taqir and Anderson determined that SROI was a method for monetizing social and environmental impact in financial terms, but more than this, it provided a framework for measuring and accounting for the much broader concept of value.4 Often, social and environmental factors were not monetized and were therefore not valued in cost-benefit and other traditional evaluation systems. A typical SROI ratio might look like a 3:1 ratio, where every dollar of investment produced $35 of social and environmental return. However, to come up with this dollar figure, key performance indicators had to be used and tracked over a period of time. They found that measuring the economic benefit was the easiest part. For a start, they had already found projections on the taxes the city would receive and the number of jobs that the community would provide. They were also familiar with the Global Reporting Initiative (GRI) and knew that they could use the organization’s guidelines to help determine additional economic indicators. Furthermore, GRI’s sustainability guidelines were the most widely recognized set of standards for reporting environmental and social impacts, both positive and negative. Surely they could find some of their answers there. As they reviewed the guidelines, they discussed the technology aspect and felt certain they could convey its benefits in some way, but were not yet sure what that method would be. They would have to do a little more research. The spiritual bottom line was the biggest challenge. “How do you measure waking up in the morning and feeling happy to be alive, hearing the robins sing, and seeing the ducks and other animals scurrying around the wetlands?” Anderson asked, perplexed by the complexity of defining what spirituality would mean in the context of a community development. There were also certain social impacts, such as lower crime and support for seniors in non-traditional ways that improved quality of life for them, for which they could not readily find indicators that they could pull from the sustainability guidelines. To develop the SROI strategy, Taqir and Anderson also needed to know what scope they should cover and whether they would focus only on specific aspects of the project or on the project in its entirety. They would then have to determine who the stakeholders were, and how to engage them in a meaningful way. Taqir and Anderson drew up a list of potential key stakeholders and interviewed people, including former and current aldermen, alderwomen, and professors at the University of Calgary. What they found was that people unanimously agreed that it was a great project, but differed on their views about how it was being managed, the political environment, and the credibility of OpenGate as a new developer in the city. When Taqir and Anderson spoke to former alderwoman Audrey Morningway about the project, she argued that TwinHills needed champions. Experienced aldermen, alderwomen, and politicians could help in getting the project off the ground. As an experienced marketing professional and politician, she argued that people needed to be mobilized through social media to put external pressure on city council to have the project approved. Morningway explained that there would be problems in finding a true champion because politicians did not like taking risks for a project that might never get approved. Furthermore, she believed that there were too many internal politics going on with council that hindered great projects coming to life in Calgary: “Even if the mayor brought forward a beautiful vision for the city, it is immaterial if it’s a good idea. What really matters to council is the person who delivers it.” Morningway spoke to the mayor of Chestermere, and the mayor iterated that the main concerns for Chestermere were TwinHills’ water access, road access, and handling of sewage. Morningway said, “What TwinHills needs is a solid communication

4 Tim Goodspeed, Ellis Lawlor, Eva Neitzert, and Jeremy Nicholls, “A Guide to Social Return on Investment,” Cabinet Office—Office of the Third Sector, 2009, accessed August 25, 2015, www.neweconomics.org/ publications/guide-social- return-investment. 5 All currency amounts are in Canadian dollars unless otherwise stated.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 6 9B16M087 strategy, to clearly lay out the plans to satisfy the main concerns of water, sewage, and road access—and then a champion would bring it to life.” Taqir and Anderson investigated further and realized that communication was integral to the success of an SROI strategy for TwinHills. The core of SROI was the theory of change, by which the value that was produced was measured. The theory of change was essentially a statement that could summarize the value created and change what occurred in a community as a result of an action. At the next meeting with Nelson, Taqir shared an example of the SROI theory of change for a partner organization with TwinHills—the Boys & Girls Club of Calgary. The theory of change against which the Boys & Girls Club measured success was, “If at-risk youth that feel isolated due to their cultural experience have social, educational, recreational, and employment opportunities, then they will have the tools to make positive life choices and transition into adulthood successfully.”6 The SROI study helped to determine the social value created for specific demographics, and used financial proxies to put monetary values on the results of the Boys & Girls Club program. For example, the avoidance of police time was estimated to affect a certain percentage of the clients, and this was then valued per the cost of each avoided police call-out. To calculate the ratio, the total social value created (as calculated using the financial proxies) was subtracted from the police call-outs average for the city (status quo), and then the variance was divided by the total cost of (or investment into) the program. ADAPTING SROI TO TWINHILLS CENTRO Taqir and Anderson met to determine how SROI might be adapted to TwinHills. They worked from the “five bottom line” philosophy, reasoning that the metrics used to calculate SROI should evolve from the underlying vision and mission of TwinHills. They brainstormed that the community would decrease the levels of stress felt by its inhabitants, thus reducing the cost of health crisis interventions. They then decided that stress reduction could be measured by comparing the average number of crisis interventions in other communities. They then needed a financial cost for each crisis intervention. They wondered where they could find that figure. After some investigating, they discovered that SiMPACT and the City of Calgary had developed a financial proxies database.7 The next hurdle was getting some numbers from TwinHills to use in the metrics that they were creating for the SROI framework. However, TwinHills was not an operating development yet; it was still in the planning stage. They both went back to their computers to see whether they could find an answer to this challenge. “Look at this,” said Taqir. “There are two kinds of SROI analyses you can do. One is a forecast, so that might be useful for TwinHills, as it is still in the planning stage. The other is an evaluation, and is done after a project is up and running.” This was both to determine possible improvements in the project’s performance and to inform future operations for this project as well as other projects. “I wonder if TwinHills should consider both kinds?” Anderson contemplated. “The first could be done in the planning stages, to help with the development approvals. The second one could be done later, to check how accurate the forecasted evaluation was.” Taqir agreed, “That way, the process becomes valuable not just for TwinHills, but possibly for other land developers in Calgary and in other areas. They could mimic the process. This would mean our research would have a wider value than just for this one project.” “So,

6 “Social Return on Investment (SROI) Case Study: Beltline Youth Centre,” Boys & Girls Clubs of Calgary, 2010, accessed August 25, 2015, www.calgary.ca/CSPS/CNS/Documents/fcss/sroi_boys_girls_beltline.pdf. 7 “SROI Canada Financial Proxies Database,” City of Calgary, fcss and SiMPACT Strategy Group, 2010, accessed November 17, 2015, https://www.calgary.ca/CSPS/CNS/Documents/fcss/sroi_canada_financial_proxy_list.pdf?noredirect=1.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 7 9B16M087 let’s see if we can determine specific indicators (metrics) to use in the forecasted SROI,” said Anderson (see Exhibit 6). Although Taqir and Anderson were hopeful that they could obtain financial statements for the project, Nelson admitted she was reluctant to share them. OpenGate, the holding company for TwinHills, was privately held by Nelson and her husband. They had partners in the project, and she did not think it was appropriate to share financials based on either of those facts. “This might be a bit of a dead end. What do you think?” asked Anderson. “It’s impossible to do an SROI analysis without financials,” replied Taqir. “What are our options now?” After brainstorming, Taqir and Anderson decided that they knew enough about TwinHills and its benefits to provide a framework of indicators for Nelson to use in a potential SROI calculation. They would have to determine the appropriate indicators that were applicable and specific to the project and also worth measuring. Nelson could then fill in the numbers herself, but she would need to consider how credible a forecasted SROI study (done internally) would be if only the results, and not the numbers behind the results, were shared with city council. This would also lead to a related decision: should TwinHills also complete an evaluative SROI once the project was at a more advanced stage, and if so, what would be the purpose of doing so? These unanswered questions gave Taqir and Anderson concern about the feasibility of conducting an SROI at TwinHills, but Nelson was enthusiastic about the subject and wanted to move forward despite their concern. Nelson informed Taqir and Anderson that she had two opportunities coming up in the next few weeks in which she was excited to introduce SROI and the progress that had already been made. She requested that Taqir and Anderson draft presentations for the following two meetings that explained the potential SROI of TwinHills and how they could move forward with the strategy. One was a meeting with Gord Case and the partners of OpenGate to review the progress on TwinHills and map out the next steps. The other was an upcoming presentation to the Calgary Planning Commission.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 8 9B16M087

EXHIBIT 1: TWINHILLS’ ADVISORY BOARD

 

 

Source: TwinHills, accessed August 25, 2015, http://twinhillscalgary.ca/opengate-advisory-group-new-benchmarks.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 9 9B16M087

EXHIBIT 2: TWINHILLS’ COLLABORATIVE PROCESS

Source: TwinHills CENTRO Planning Presentation, June 2012.

EXHIBIT 3: TWINHILLS’ BACKGROUND

TOWN CENTRO: A vibrant mixed-use urban village that has the Alberta Advanced Education facility as its focal point, and is supported by small to medium-sized start-ups and community retail. CYBER CENTRO: A new hub for large cloud computing and data storage companies that includes the Prairie Preserve, a community-based not-for-profit organization committed to public education on water, energy, and urban agriculture. The Prairie Preserve will include an Interpretive Centre, which will be designed from recycled farm buildings and integrated with the green open spaces of the community.  Approximately 1,150 mixed-income/demographic residential units of varying types and sizes, with a

total of approximately 2,600 residential units in the planned area.  Approximately 550,000 square feet of office development within TwinHills CENTRO, with the potential

for a total of approximately 1,000,000 square feet in the planned area.  Approximately 275,000 square feet of retail development.  Up to 800,000 square feet of institutional tenants such as academic institutions, a performing arts

centre, vocational training centres, medical and treatment centres, libraries, etc.  The land is debt-free. NATURAL INFILL DEVELOPMENT: Uniquely positioned at one of Calgary’s entrances into the city. Source: TwinHills CENTRO Planning Presentation, June 2012.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 10 9B16M087

EXHIBIT 4: TWINHILLS’ SOCIAL BENEFITS

 

Source: TwinHills, accessed August 25, 2015, http://twinhillscalgary.ca/twinhills-social-benefits.

EXHIBIT 5: TWINHILLS’ FIVE BOTTOM LINE APPROACH

The five bottom line approach for the TwinHills development is an adapted and extended version of the triple bottom line model, which is widely used for corporate SROI determinations. We developed our extended version by adding the Technology and Wellness elements to focus attention on the significance and importance of those particular aspects in designing and creating sustainable urban communities. The five bottom line approach, as we present it, is a proprietary analytical model which our company is proud of.

– Susan Nelson Source: TwinHills, accessed August 25, 2015, http://twinhillscalgary.ca/twinhills-social-benefits.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 

 

Page 11 9B16M087

EXHIBIT 6: FINANCIAL PROXIES

Area Indicator Code Financial Proxy Source Financial Taxes paid F2 Current provincial and

federal tax codes Alberta Finance and Enterprise

Health Hospital stay H1 $1,038/day Alberta Health and Wellness

Walk-in clinics H2 $24.29/visit Alberta Health and Wellness

Emergency-room visits H4 $231/visit Alberta Health and Wellness

Cost of treatment of stress-related disorders

H32 $4,257/stay Canadian Institute for Health Information

Family physician office: major visit

H42 $67.22/visit Alberta Medical Association

Justice Youth court process J1 $1,275/young offender National Crime Prevention Centre Canada

Probation officer J2 $25.66/hour Alberta Learning Information Service

Police investigation J8 $1,912/investigation National Crime Prevention Centre Canada

Police attendance at court

J9 $319/attendance National Crime Prevention Centre Canada

Police call-out J10 $342/call-out CSP Social

Services Correctional services officer

SS13 $26.65/hour Alberta Learning Information Service

Parole services officer SS14 $26.65/hour Alberta Learning Information Service

Extended hours child- care subsidy

SS16 $100/child/month in addition to regular child- care subsidy

Government of Alberta Children and Youth Services

Source: “SROI Canada Financial Proxies Database,” City of Calgary, fcss and SiMPACT Strategy Group, 2010.

For the exclusive use of A. Jean, 2021.

This document is authorized for use only by Alex Jean in SOS 509-1 taught by Jessica Morrison, Arizona State University from May 2021 to Nov 2021.

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!

Post 2

Unit V Assignment 

Hazardous Noise Case Study

You have been hired as a consultant to help a local machine shop solve a hazardous noise problem. The shop is 10,000 square feet in area, with 12-foot high concrete block walls, and a flat metal roof. Inside the shop are two band saws, two metal lathes, three drill presses, one milling machine, and three abrasive grinders. The six employees work at benches located throughout the shop, using a variety of pneumatic-powered hand tools and non-powered tools. A recent noise survey found sound pressure levels exceeding 100dBA in some parts of the shop. All employees were monitored for noise exposure over an eight-hour workday, and the calculated TWA for noise for the employees ranged from 88dBA to 97dBA.

Using the Risk Assessment Matrix in Table 11 on page 122 of the course textbook, conduct an initial hazard analysis and risk assessment based on the information in the scenario provided. Discuss how you arrived at the risk level estimate.

Determine a possible control measure for each of the six levels in the hierarchy of controls on page 208 in the course textbook, and explain the reasoning behind each choice. For each of the selected control measures, reevaluate the original risk. In a summary paragraph, discuss the results and how the shop managers could determine which control measures would be required and which others might be beneficial to their operations.

Your paper must be a minimum of two pages in length, not counting cover page and references, and follow APA formatting for the paper, as well as for all references and in-text citations. 

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!

SCENARIO # 2: Serious Near-Miss Crane Incident

The Situation: You are the EH&S professional at your company’s shipyard. You have just received a call from a production supervisor that there has been a very serious near miss accident out in the assembly area. Your company is manufacturing the second Littoral Combat Ship (LCS) for the US Navy. This new generation high speed, trimaran design warship has been designed to carry out a wide range of tactical, combat, and support operations in the near-shore (littoral) environment. The project is severally over budget and has received a considerable amount of criticism for it. Successful completion of the project at this phase will be a prime determinant in your companies securing the very lucrative follow-up contracts for more LCS’s. Everyone in the shipyard feels the pressure to complete this project ASAP.

Apparently a very large 20 ton overhead crane had some cables snap and has partially collapsed while trying to hoist a large section of the vessel into place for its final welding operation. When you arrive on scene, you see the section wedged overhead between some support beams and walkways. About a dozen hourly workers are scattered about as they leaped to safety after hearing the cables snap. There are many bumps, bruises and scratches on the workers, but they all are able to be treated internally at your nurse’s office. In this initial assessment, there appears to be no need for, or request on the part of the employees, to go to any outside medical consultant or hospital emergency room.

Almost immediately you can hear the men complaining that the first attempt to lift the unit did not work and then the production engineer’s decided to “jury rig” some extra cables to lift the unit in place. In addition, one individual said that they were trying to hoist about 28-30 tons, and that was just too much for the old crane. Another offered that the cables themselves had not been changed out in a couple of years and that was against OSHA regulations. Everyone said that they could hear the unit groan and screech before the cables snapped and the crane partially collapsed.

Before you walk off with the supervisors to inspect the damage one of the workers offers the opinion that this is an “imminent danger” situation. About 30 minutes later, you are meeting with the engineers and supervisors on one the overhead platforms continuing your inspection of the damage: when a supervisor comes up and tells you that he has heard that an hourly employee has just called OSHA and told them of the situation and that they used the term “imminent danger” in their conversation.

 

The Questions: What are your most important concerns? What should you do next? What information is the most critical for you to have right away? What directions would you give to the supervisors and engineers? When should you inform your facility manager and what should you tell him/her? Should you meet with the hourly employees and what will you discuss with them? How will you handle the OSHA inspector should one show up in the next few hours?

 

 

Instructions: You are required to discuss a sequential Action Plan on your part that addresses all of the issues presented. It should be a minimum of about 500-600 words (that’s about two pages when double spaced, 12 pt type, 1” margins) and must follow the APA formatting guidelines.

 
Do you need a similar assignment done for you from scratch? Order now!
Use Discount Code "Newclient" for a 15% Discount!