Issues Navigator

Global Challenges

Strategic Regions

Domestic Debates

Tag cloud

See All Tags

September 26, 2008 |  6 comments |  Print | E-Mail Your Opinion  

Dale Medearis

Local Authorities are Key to Transatlantic Climate and Energy Cooperation

Dale Medearis: Following the collapse of a cap-and-trade climate bill in the US, it is evident that any substantive policies will begin at the local and state levels. Fortunately, this also happens to be the level at which the US and Germany can pursue very solid and mutually beneficial cooperation.

Until real and actionable climate and energy policies emerge at the national level in the United States, the burden of addressing sustainable climate and energy work will fall on the shoulders of local and regional authorities. The central role that local governments are likely to play, offer several positive opportunities for dealing with climate change and bridging differences in the transatlantic environmental relationship. It also introduces substantial challenges that require thoughtful consideration and attention.

Cities and Regions as Leaders in Implementing Sustainable Climate and Energy Policies

Opportunities to promote long-term cooperation include the common challenges that US and German cities and metropolitan regions confront in addressing climate change, energy, mobility, habitat, and economic development. In both countries local authorities are the true first-responders to climate change. Approximately 70 percent of greenhouse gas emissions emanate from the transportation and building sectors - sectors that are intricately tied to land-use management and therefore, heavily dependent on oversight and involvement of local authorities. Moreover, most German cities such as Freiburg, Stuttgart, or Hamburg offer their US colleagues a wealth of lessons in applying multimodal transportation systems, energy-efficient housing, renewable energies and other "green" buildings programs.

Buildings

Energy-efficient housing and buildings offer exceptional opportunities in which German cities can share lessons with their American counterparts. (...) Germany's experiences with energy labels, publicly financed low-interest loans and performance standards can positively inform US energy efficiency efforts in the building sector.

Transportation

Transportation is the other critical variable in the climate puzzle and accounts for approximately 30 percent of greenhouse gas emissions in most US and German cities. Recent studies now suggest that the new federal fleet fuel economy increase to 35 miles per gallon for cars and light trucks alone is unlikely to cut emissions of CO2 from mobile sources over the long-term as vehicles miles traveled are likely to increase. Even as gas prices go beyond $4.00 per gallon and ridership in public transit increases, local authorities in the US will have no choice but to continue to integrate land-use and transportation into climate and energy planning efforts. Here again, German cities can inform their US counterparts. In many German cities and regions, it is common to see 50 percent of trips taken on public transit, bikes, or walking. By comparison, leading regions in the US, such as Washington, D.C. seldom crack 20 percent of trips on public transit, bike or foot.

Renewable Energy


Germany is not only a pioneer in the development of solar, wind and renewable heating and cooling energy systems. Germany also is a leader in planning mixed-use, transit-oriented development, with applications of renewable energies in large-scale and geographically defined districts - what is now recognized as community energy planning. Local authorities in the United States often struggle to create actionable energy and climate plans because they lack sufficient consideration of scale beyond the level of the individual house, building or street. US cities can take advantage of the community energy planning lessons from cities such as Mannheim, Stuttgart and Berlin.

Formalizing Cooperation

Formalizing cooperation between local authorities in Germany and the US can start with sustained and focused searches, reviews and analysis of German climate and energy policies. Evidence is emerging that suggests learning by local governments in the US is enhanced when the local policymakers have access to information about the content and performance of the imported policies. The same evidence points to accelerated transfer of imported policies into the US when policymakers assess adoption potential. Such an effort is currently underway between the Northern Virginia Regional Commission and counterpart regional planning councils in Stuttgart and Hamburg. A declaration of cooperation on climate and energy has been signed and a long-term cooperative climate and energy policy transfer project is now being implemented. The goal of the cooperation is to inform development and implementation of Northern Virginia's community-energy and climate planning by drawing from the experiences and success of parallel efforts in Hamburg, Stuttgart and other German cities. Given current trends affecting national-level climate and energy policies in the United States, substantive action seems unlikely over the short and possibly long-term. In the interim, the serious work to address climate and energy in the US is to be seen among local authorities. Fortunately, this also happens to be the level at which the US and Germany can pursue very solid and mutually beneficial cooperation.

Dale Medearis, Ph.D., is the senior environmental planner for the Northern Virginia Regional Commission. He supervises the Commission's climate and energy programs, and its international partnerships with Europe.

This article was written for the Forum for Atlantic Climate and Energy Talks (FACET) and was first published here. FACET has granted atlantic-community.org permission to publish a shortened version.

Related materials from the Atlantic Community:

  • 5
  •  
  •  
  • No rating possible
  • No rating possible
I like this Article! What's this?

 
 
Comments
Unregistered User

September 26, 2008

  • 4
  •  
  •  
  • No rating possible
  • No rating possible
I like this comment! What's this?
I agree that there is a lot that can done prior to a formal US policy on climate and energy at the Federal level.

One interesting publication in Germany by the Ministry of Environment ,targeted at educating the consumer, was a small pocket guide for CO2 impacts of everything a houselhold manager is in touch with, domestic appliances, groceries and other items of shopping, local travel, etc. with comparisons for different products such as home grown organic against imported, organic against conventional butter, seasonal x out-of-season fruits and vegetables. These publication should go down further to the level of schools.
This is an example of what could be exchanged in terms of practical solutions. References of succesful urban energy planning is of course also important. But everything counts. Looking at the new report recently published by the Global Carbon Project there is a lot to do, and maybe these type of local government exchanges should eventually include countries such as the 'BRICS' Group of emerging countries and others. Obviously since the US is still by far the largest polluter, any success in bilateral cooperation with the EU is a big bonus.

The more horizontality we manage to achieve in terms of local solutions and decisions x top-down federal ones, the better, since it is these type of policy and actions have a better chance at implementation in a sustainable basis.
So I welcome the discussion on transatlantic cooperation on climate policy at other levels than federal government, until leaders realise they have no option but to do the right thing.

 
Donald  Stadler

September 28, 2008

  • 2
  •  
  •  
  • No rating possible
  • No rating possible
I like this comment! What's this?
This is an interesting and promising idea. One approach might be to look for the 'low-lying fruit' approach in existing neighborhoods.

Before I moved to London I lived in a 17 story apartment building in Silver Spring, MD outside of Washington DC. Across the road from my building was a small shopping center with a Sears (large dry-goods store), a large grocery store, and many other small stores. This would have been within normal walking distance except for fences and a busy & dangerous road between. A pedestrian crossing and walks between the apartment complex would have encouraged foot trffic. Conversely, a shuttle bus running after work hours and on weekends also would have encouraged green traffic.

One besetting problem of US land use are the many subdivisions of single family houses far from stores and shaopping malls, which almost seem to demand that the inhabitants use cars for everything. One possible idea is to run local busses along local roads, with small parking lots near the bus stops. This would enable people to drive out to the stop and park, then board a bus which will take them to their store, or another bus, or perhaps a light rail junction for further travel.
 
David  Vickrey

September 29, 2008

  • 3
  •  
  •  
  • No rating possible
  • No rating possible
I like this comment! What's this?
Great concept, but I live in a rural state, so the lessons of Stuttgart and Hamburg may not be quite as relevant. I am sure that less populated regions such as in northern Germany and the new states in the east also have valuable programs that could be instructive to rural America, but how can we find the right partner?

Also, maybe this is an opportunity to revive the German-American Sister Cities Program. My sense is that few of them are very active these days.
 
Donald  Stadler

September 29, 2008

  • 0
  •  
  •  
  • No rating possible
  • No rating possible
I like this comment! What's this?
What about Norway, David? Or Sweden?

I visited Norway in 2003 and was struck by how much it looked like a lot of Rural America. Hillier of course.
 
Marek  Swierczynski

September 29, 2008

  • 2
  •  
  •  
  • No rating possible
  • No rating possible
I like this comment! What's this?
The Author claims that "Approximately 70 percent of greenhouse gas emissions emanate from the transportation and building sectors" - but is that really true? According to all available sorces, the bulk of CO2 emmissions comes from energy sector, mainly from electricity generation using fossil fuels. This does not mean that cars, trucks and homes do not contribute a lot to global emission output, but they contribute a fraction of what the main CO2 source does. Generally, homes and cars in the US are traditionally less energy-efficient than in Europe and to change that one would probably need to invest over a few generations in new home-building approach as well as different car-manufacturing. Is that at all possible? Surely it's worth trying, but we should not expect revolutionary changes soon. As to local activities, as described above, California may be well ahead of many European regions. And, as Don says, similarities between Germany and the US may be drawn only in the large conurbations. As America is largely rural in the sense that Europe does not even see, the solution for America must be also rural. Using local renewable resources like wind, earth heat or sun may be more efficient than restricting the use of cars or imposing public transport over the private one. Again, the American tradition would probably not allow for depriving the "average Joe" of his pick-up. I think that large-scale changes depend more on the approach of huge energy companies than local federal government or local authorities. But the market regulators - if they seriously take their role - should find ways to encourage alternative energy sources or make the big ones offer green solutions. Implementing best practices locally in places X, Y, Z without a strategy for the whole country/market will not change the picture very much.
 
Heinrich  Bonnenberg

October 1, 2008

  • 0
  •  
  •  
  • No rating possible
  • No rating possible
I like this comment! What's this?
1. Germany produces about 850 million t CO2 per year. That means about 10 t CO2 per year and per person. That is high, compared with others, e.g. France.
2. Germany produces about 350 million t CO2 per year by electricity production.
3. Germany produces about 400 million t CO2 per year by heating houses and driving cars.
4. Germany’s electricity production is based mainly on German lignite and on coal (in the past German, too) because of labour and installed capacities from the past. Only roughly one third comes from nuclear fission.
5. Because of environmental and doubtful supply reasons oil and gas should be substituted by electricity in the energy market of heat and driving (by using heat pumps and electrical motors, in the meantime becoming economically competitive).
6. Electricity may be produced by burning coal, by burning renewables, by using solar or wind energy or last not least by using nuclear energy.
7. The costs per kWh produced are the following:
7.1. Electricity from burning coal with collecting and deep, very risky storing of CO2 (probally not feasible) will cost about 25 ¤c per kWh.
7.2. Electricity from burning renewables is in contradiction to food production and climate management.
7.3. Electricity from solar energy needs huge systems of collecting solar energy and storing electricity in big battery systems (not existing up to now) and will probably cost between 80 and 180 ¤c per kWh.
7.4. Elecricity from wind energy has the same collecting and storing problems as solar energy and will cost about 30 ¤c per kWh.
7.5. Electricity from nuclear fission will cost about maximum 5 ¤c per kWh if longtime storage (more than 500 years) is technically excluded. That needs a productive and not a hysterical discussion about handling of spent nuclear fuel. Storing radioactive waste from nuclear power plants is not a problem of quantity; it is a problem of quality. Germany should less believe groups in the society which need anxiety of population for „ruling“ and business (doctors, teachers, priests, journalists, politicians, esotercic gurus). They should believe engineers, natural scientists, workers, technical experts, managers. It is a pity, there are two worlds in Germany and at present noboby has the capability to stop the first group, in contrary leading politicians are using that group for their own purposes.
7.6. Germany needs the prolongation of the operation of existing nuclear power plants and needs about 20 new nuclear power plants (1.500 MW per plant) to lower the output of CO2, mentioned above in point 7.1, and to become independant from doubtful oil and gas suppliers. e.g. Middle East.

 

Create Comment

Type the characters shown in the image below into the textfield.
Captcha

What are tags?

Community

Jobs / Internships

Call for Papers

Atlantic Events

Partners

User of the day

Fabian Martin Lieschke
Fabian Martin Lieschke
Member since
June 17, 2008

Poll