The Economics of People

I come from Edmonton, Canada. Edmonton is largely an industrial city, and a major economic centre thanks to all the oil and gas reserves that lie north of the city. As such, jobs are plentiful, the cost of living is entirely affordable, and the quality of life is excellent. People from all over Canada move to Edmonton in search of employment, and the city has experienced a steady growth in population ever since its establishment as a city in 1905. Looking at the numbers, things in Edmonton could not possibly be better.

Unfortunately, Edmonton has its fair share of design issues. We have one of the worst cases of sprawl of any North American city, and so most of the city is comprised of thoughtless and dysfunctional suburbia. To get an idea of the enormity of the problem, you could fit 7 Barcelonas into Edmonton without breaking a sweat. That, or 6 Vancouvers, 8 Manhattans, or 7 Parises – that’s pretty darn big. Most of the developments are two-dimensional – single detached housing and low-rise apartments – and take no advantage of all the space the sky has to offer. The idea of the “American Dream” prevails more strongly here than, well, in America, with each family striving to acquire its own facade house in one of Edmonton’s boring cookie cutter neighbourhoods. This not only contributes to the ever-increasing epidemic of placelessness that plagues this city, but also prevents the development of proper, diverse communities. Public spaces are few and far between, failing as active nodes within the city except during larger annual city events and festivals. In fact, one of the most common places for people to meet is at the shopping malls, but since these venues are privately owned, they are designed for profit, not people. Public transportation is yet another embarrassment, since most everyone owns at least one car and relies on it for everything. I love to drive, but my resulting physical condition is absolutely no testament to the convenience and ultimate necessity of owning a vehicle.

I could go on, but the point is clear: my city has issues. Then again, so does every other city. The interesting part comes when one attempts to analyze and understand the reasons why certain things do not work. A lot of Edmonton’s problems stem from one key point: the city is not designed for people. It is designed for industry, and in this way the city becomes a machine for production, and its citizens are the worker ants that keep the machine going. Edmonton’s problems relate to the human dimension, and this is where our definition of economic success fails. To say that Edmonton is economically successful is a truth, but a limited one; it is relevant insofar as oil is relevant, but oil is a resource to be mined, used, and forgotten. When the same attitude is applied to human life, we design cities that are guaranteed to fail.

But why should we care about the liveability of a city? It’s not as though Edmonton is a dysfunctional city. On the contrary, we have many different shops and restaurants; supermarkets the size of an entire Eixample block; gyms and sportsfields where people can play sports and have fun; front yards with perfect green lawns and large backyards for throwing BBQ parties; large comfortable trucks that can drive anywhere and transport anything; etc. It’s a culture, and most people seem to be quite happy with it.

The problem is that this culture is build on abundance, and it is not sustainable in the long run. Canada is easily one of the richest countries in the world, both in terms of resources and land area. We have everything one would need to forge a successful civilization – and we have. I would argue that Canada’s wealth has in fact formed the foundation for our culture and our attitude, which is one of surplus and thoughtlessness. We don’t give a second thought as to the consequences of our actions, and in my mind this is one of the most dangerous enemies of a sustainable economy.

Here’s an example. During my last semester at the University of Alberta, I enrolled in a course titled “Design for Sustainability”. As part of our explorations into the issues of sustainability, my class went on a field trip to the Edmonton Waste Management Centre. It was a huge facility, with areas for sorting through all the different types of garbage and recycling, including electronic waste, which is usually just thrown straight into the landfill. I got to see (and smell) the largest composting plant in North America, which took much of the garbage and processed it into fertile soils which could then be used by farmers. Back in 2013, the EWMC diverted an impressive 60% of residential waste from landfills, but at the time they were constructing a biofuels facility which would be able to divert an additional 30% while also producing useful biofuels and other chemicals. I went home with the proud knowledge that my city was home to North America’s most advanced waste treatment facility. I would later learn that all of this innovation came out of necessity because Edmontonians also produced the most garbage out of any city in North America.

The reality is that most of what humans do is reactionary. This is incredibly ironic when one considers that humans are probably the only species capable of thinking into the future and predicting the probable outcomes and potential consequences of actions in the present. A civilization with an abundance of resources can afford the luxury of not worrying about the future, because they know that resources are plentiful. Clean water will flow from the giant icefields of the north; trees will grow and regenerate in the vast, unending forests; oil from the ground will fill our cars and warm our houses. We grow up with the idea that everything is forever and that for a small price, nature is ours to take and to do with as we please. And then one day, we wake up and realize that the icefields have melted, the forests are gone, and the oil reserves depleted, and we wonder where we went wrong.

Edmonton is a city ripe with thoughtless design. Take the sprawl, for example. For every new neighbourhood that is constructed, one must lay down infrastructure – underground pipes for water and natural gas, power lines for electricity, roads for traffic. One must build houses for the people to live in, and then department stores for the people to fill their houses with stuff. One needs to expand the public transportation system to carry people from their homes to their work or to school, and the waste collection system to get rid of all the stuff people throw away. By now, we have more or less satisfied the requirements for housing the workers of the machine.

But what we have built is not a city so much as it is a large storage unit. A city is not a storage unit – anyone would agree with this statement. So then why would we want a storage unit as our city? The answer, of course, lies in the numbers. Any intern can churn out ten cookie cutter house designs in a BIM program, which provides big savings in terms of designing the residential units. By constructing these out of cheap wood products and plastics instead of high quality or non-toxic bio-based materials, one saves even more money. Everyone is provided with an adequately-sized front- and backyard, and the streets and cul-de-sacs are perfect areas for kids to ride their bikes and play together, so the need to provide properly landscaped parks and public gathering spaces falls away. And since everyone has at least one car parked in their two-car garage, the design and integration of a proper public transport system becomes a project for another day. The mindset is not all that difficult to understand: people operate according to personal gain. For businesses and corporations, this means making as much money as possible. For individuals, this translates to accumulating as much materialistic wealth as possible.

We are blind. We drive looking only at the car in front of us. Sadly, this is not our fault – in fact, none of it is. We are evolutionarily programmed to respond to local events and take to advantage of available resources. Only by looking past the short-term financial gain will we begin to design better cities. Let’s take the example of Edmonton’s public transportation system. Until recently, the only way to get around Edmonton was by bus. For a city of one million, this is simply not acceptable. Not only are the buses unreliable and relatively infrequent, but the more the city grows, the less dense the bus routes become, and so for anyone who lives outside of a certain radius, there is no reliable way of getting from their home to anywhere else in the city. And so in reaction to this public transportation issue, Edmonton was endowed with an LRT (Light Rail Transit) system. The most economically feasible way of constructing this network was on the ground, and so the rails ended up slicing through many a major intersection as they traversed from one end of the city to the other, wreaking havoc upon automobile traffic. Not only this, but the planners drastically underestimated how many people would want to use the new train system, and on opening day the ridership actually outnumbered their greatest estimate. This resulted in the need to extend every single train platform and also to increase the frequency of the trains, which even further congested automobile traffic around the LRT line. Furthermore, there is limited redundancy between the LRT and bus systems, so if the LRT breaks down (which it has more than once), transportation between different parts of the city becomes near impossible.

At the turn of the century, there was a project in the works not far from my neighbourhood called Century Park. It was to be situated next to the new LRT extension, providing easily accessible public transportation for all. The master plan called for low-, mid-, and high-rise buildings, a common park with a lake, sports facilities, unique local shops and all the amenities necessary for a successful community. Designed to accommodate almost 5,000 residents, the first condominiums sold out hours after becoming available. But after only four of the twenty-some building complexes were built, construction stopped. There was not enough money to follow through with what was one of the most well-designed and future-minded master plan developments in Edmonton. To this day, there sits a large, vacant lot, a reminder of Edmonton’s potential.

The economic model has to do with numbers, and this is where it has failed. If something lacks a monetary value, of course it is difficult to evaluate it in terms of its worth in an objective and concrete sense. But this does not mean that one cannot assess the value of something in other terms. In fact, trying to objectively evaluate something that is not objective is dangerous. You can put a price on lumber, but when our carbon sinks disappear and the oxygen runs out due to deforestation, we will pay the real price. The “storage unit” is the extent of Edmonton’s investment for its inhabitants, but it is not sustainable – not just environmentally, but also in human terms. Time is money, but a poor transportation system loses people time. Community is strength, but poorly designed, two-dimensional neighbourhoods with no public spaces limit community development. Happiness and wellbeing are priceless, but when more and more people suffer from depression because their environment is suffocating the very essence of what it means to be human, a city has failed. The economics of sustainability should be about people as much as it is about their environment.

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MALDIVE ISLAND | SANDY BEACHES | WATER BUNGALOW ?

MALE’ CITY | CONGESTION | WATER CRISIS ?

Male' City         Male’ City – The capital of Maldives          www.obofili.com

Male’ is the capital city of the Maldives, a nation made up of over a thousand islands and completely surrounded by water. The Maldives is most well known as a favorite destination for tourists around the globe for it’s natural beauty, clear seas, rich marine ecosystems and white sandy beaches. However, the capital city Male’ is far from being a natural beauty unlike rest of the country.

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Data’s_Collecting Spaces

bigbangdata

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Evolution beyond the future

Resource- based Economy

‘Consider the following three ingredients: a mega-city in a poor, Pacific rim nation; seasonal monsoon rains; a huge garbage dump. Mix these ingredients in the following way: move impoverished people to the dump, where they build shanty towns and scavenge for a living in the mountain of garbage; saturate the dump with changing monsoon rain patterns; collapse the weakened slopes of garbage and send debris flows to inundate the shanty towns. That particular disaster, which took place outside of Manila in July 2000… was not inherent in any of the three ingredients of that tragedy; it emerged from their interaction’ (Sarewitz and Pielke, 2001 cited in Ramalingam et al).

fantasy ship nature tokyo ruins city futuristic bridges moss 1653x1169 wallpaper_www.wall321.com_88

Monument to ruin

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Environmental Paradox

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Picture source: http://www.journals.elsevier.com/environmental-pollution/

 

Introduction:

Human health greatly suffers in large cities; this issue has become one of the main problems in the context of environment and health. It is obvious that air, water, vegetation, soil and even the animals are different in villages. People in the city suffer greatly from the negative effects of emissions, discharges, pollution and waste. At the same time, modern men almost cannot imagine themselves outside large settlements and find their lives in the city more suitable then the bucolic charm of the countryside.

On the one hand, modern Russian cities – place of attraction for the people, and on the other hand, the area of high environmental risk. To overcome, or at least mitigate, this contradiction needs a special way of life organization in the territory of a large settlement that matches the interests of citizens with the possibilities of the natural environment of the city to ensure environmental safety for residents.

City Problems:

Omsk is one of the largest cities in the Asian part of Russia with a population of over 1.5 million people and produces a significant amount of pollutants in the environment. This is mainly because of large industrial clusters around the vicinity of the city as well as traffic, waste and emissions from the buildings.

Industrial enterprises in Omsk developed by giving free land parcels resulted in an abnormal growth of the city. Industrial areas cover the city from the north to the east, eliminating the possibility of development of the city in those areas. Industrial sites, increased during the war between 1941 and 1945 in many places, which were located between several residential zones. Sanitary improvement is required in nearly 40% of the city. Also the interconnection between the residential and industrial zones is a chaos resulting in heavy traffic and increased air pollution. Most of the old low rises buildings still use coal to heat the houses this enhances the city pollution.

Omsk originated and developed at the confluence of two rivers: Om and Irtysh. Irtysh is a trans- boundary river and the only source of water for the city, since groundwater of Omsk is highly mineralized. The main reason for the contamination of Irtysh is the rain water run-off along with the lack of waste water treatment. The river flow is greatly at risk due to the construction of a dam in the neighboring country.

Changes on the structure of city planning have been passed since the integrated assessment of ecological situation in Omsk that showed the critical situation.

For Omsk total air pollution emissions are determined by enterprises, transport and emissions from fuel combustion in the areas of unimproved residential development. State reports allows to point a significant reduction in emissions of the industrial enterprises in recent years, but the number of city transport increases, which leads to an increase in  emissions from mobile sources. In addition, it is impossible to estimate emissions from slums, since it is necessary to develop special methods of calculation. As a result, the level of pollution is still high.

The situation with the state of water bodies and, above all, the Irtysh and Om has improved, not only by reducing the amount of relief, but also by reducing the amount of pollutant discharge. However, one must consider the fact that the calculation does not switched river reset to the city, which has no treatment and contributes to water pollution.

On the border of the Omsk region of the Irtysh water comes “dirty.” In the city, water quality improves and goes from class “dirty” to class “very polluted”, but outside the city again becomes “dirty”. This situation explains the process of self-purification of water from the border area to the border of the city and its pollution discharges on the municipal wastewater treatment plants.

However, the volume produced and exported to the municipal solid waste landfill is constantly increasing.

Highlights:

Thus, despite the significant reduction of the impact of industry on the environment of the city of Omsk, the threat of environmental safety is maintained. In order to solve these problems should be carried out a number of arrangements that could improve the overall environmental picture of the city.

Increase green areas and change their composition will improve the air in the city and protect the population from the effects of emissions derived of the industries and motor vehicles. In addition to the environmental impact of parks and squares have aesthetic value, as well as provide a place for relaxation. An important supporting factor for the development of this trend is that the city of Omsk admitted in the 70s of the last century “garden city” and the public appreciated this fact.

 

General culture and education of citizens – the key factors influencing the attitude towards the environment. Currently, environmental priorities in the minds of the modern citizen are reduced due to the need to solve social and economic problems and the false notion that these problems can be solved at the expense of natural resources. In fact, education, and its enlightenment should be aimed by explaining the impossibility of complete safety without maintaining a healthy environment.

 

The problem of waste, especially municipal solid waste, is recognized as the basis for any major city. Millions of cubic meters of solid waste generated and the city should be placed in landfills or recycled. To do this, there are methods of recycling and waste recycling technologies. Supporting factor for the solution of this problem is the econ

 

The environmental system of protection from the modern states does not provide safe placement and operation of the new and threatening settlements. This is due to the fact that environmental “powers” are divided between dozens of government agencies. The interests of the population, which are located directly in the zone of influence of a dangerous settlement, can be presented during the public examination provided by applicable law.

 

Quality of food affects the health of the population, and therefore, is directly linked to environmental security. For the city of Omsk environmental assessment will form the recommendation to expand the range of organic foods.

 

Various government agencies observe the state of environment. Nevertheless, the prevailing state system of monitoring the rapid growth number of polluting factors do not allow to monitor a large number of objects and have a full dynamic picture of their condition. The output is seen in the organization of an extensive system of public monitoring and evaluation, which is open to all comers, and first of all, students of educational institutions. The main requirement of any monitoring and evaluation is the comparability of the results of observations and conclusions. In order to ensure this, it is necessary to use a single method of assessing public and create a common database.

 

The system of state environmental monitoring has the task of overall assessment of the state of nature in Russia and the impact of enterprises – pollutants. Socio-hygienic monitoring aims to assess risks for the health of citizens.

 

The existing system in Omsk State Environmental Control is the structure on the basis of federal and local laws, even thought does not provide operational control and response to violations of environmental laws, primarily because of its small size. Creating environmental police can increase the number of violations and violators to install, but for this you need to create an additional regulatory framework.

 

River Irtysh and Om are not only a natural basis for the development of the city, but also bear cult urological value. In addition to these rivers, in Omsk, there are other bodies of water, which traditionally serve as a place of rest for the townspeople. This results in a large amount of debris on the beaches causing water pollution. But clearing and landscaping ponds is necessary not only from an aesthetic point view. The state of the rivers and lakes depends on environmental safety of the city’s population, and therefore require special protection program reservoirs.

 

Analysis of the circuit boundaries of sanitary protection zones of Omsk shows that the gaps between the industrial zones and residential areas are not maintained in many cases. Sanitary protection zones are designed to serve residential areas of active protection against the harmful effects of industrial enterprises, and in fact they are located in residential and suburban areas. In Omsk, sanitary protection zones occupy almost 40% of the city and more than 28% of the residential development. The output of this situation has been reflected in the removal of industrial enterprises outside the city, or to develop specific measures aimed to reduce the impact and improvement of sanitary protection zones. The main performers of such works should be polluting enterprises, and the administration of the city of Omsk and the public should monitor this process.

The main source of water pollution is storm water runoff, which in Omsk is not purified. In addition, the city does not have a common system for the collection and disposal of storm water, which does not allow them to organize the cleanup. Thus, the problem of sewage treatment of storm water provides the organization with the opportunity for the construction of special treatment facilities. Both of these problems are really hard to implement at the moment, as they require substantial financial costs. However, it is possible to implement storm water collection and treatment at local territories, gradually developing this system.

 

The transport system in Omsk includes various types of transport; the main traffic flows are concentrated in the city center (except railway). That made transportation the main source of environmental hazards for the city. Complexity is arising from the necessity to solve this problem, determine the balance of powers of the state, municipal authorities and owners of transport. The analysis of the situation indicates that practically the only possible direction, which can be implemented at the municipal level, is the optimization of the transport system. This concept includes the expansion of the transport system (through the construction of alternate road) traffic intersections without traffic lights, underground and aboveground crossings.

 

Flooding in the city of Omsk is one of the most serious problems. This requires extensive engineering and technical transformation of the entire infrastructure of the city of Omsk.

 

Currently, the only source of water for the city of Omsk is the Irtysh River. From the standpoint of the amount of water obtained from Irtish, exists a problem with the projected decline in the level of the river, by reducing the total runoff in dry years, and due to changes in the structure of the channel as a result of dredging. The solution to this problem is the technical reconstruction of the existing municipal water intake. However, the main problem lies on the need to find an alternative source of water supply due to the deterioration of water quality of the Irtysh, up to the level of potentially toxic heavy pollution from the territory of Kazakhstan. For an alternative supply, the groundwater might be used; however, it is highly mineralized, which leads in a considerable expense in the process of purification. Another option is the use of so-called underflow water, but this feature requires a deeper research study.

People understand the extent of the danger posed by the flippant attitude towards the environment. Meanwhile, the solution of global problems such as environmental, require the urgent joint and efforts of international organizations related to energy, states, regions and the public. Certainly the implementation of measures to address the problems requires huge economic costs, but if it continues to delay, this process may become irreversible. And then, it will be mandatory to apply a number of critical measures that affect not only the economy but also on the lives of the citizens as a community.

 

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