Abstract: he world is in the process of transitioning to electric power whether it knows or likes it. Fossil fuels will continue to be used for decades or even centuries but they will become an increasingly niche source of energy and will possibly even be seen as a pariah in years to come. For virtually every mainstream application, now is the time to make the switch to electric. Intense battery development over the past decade has allowed a wide range of tools and devices to climb over the thr ...; [Read more...]
he world is in the process of transitioning to electric power whether it knows or likes it. Fossil fuels will continue to be used for decades or even centuries but they will become an increasingly niche source of energy and will possibly even be seen as a pariah in years to come. For virtually every mainstream application, now is the time to make the switch to electric. Intense battery development over the past decade has allowed a wide range of tools and devices to climb over the threshold of acceptability and establish themselves as clearly desirable. In short, many electric versions of the everyday products we have used for decades or centuries are now better in most respects than their fossil fuel driven predecessors.
Abstract: Many communities have completed renewable energy projects and we’ve included some links to particularly advanced programs which can serve as guides for your own endeavours. There is a huge amount of creativity and solid engineering being deployed at the community level and local leaders have clearly put knowledge in the hands of those who will apply it. A key to success is promoting living labs in schools and universities to allow young people to gain as much experience with energy f ...; [Read more...]
Many communities have completed renewable energy projects and we’ve included some links to particularly advanced programs which can serve as guides for your own endeavours. There is a huge amount of creativity and solid engineering being deployed at the community level and local leaders have clearly put knowledge in the hands of those who will apply it. A key to success is promoting living labs in schools and universities to allow young people to gain as much experience with energy flows and experimental systems as possible. Experience is the best and fastest way to develop expertise and these labs give everyone access to the results. Communities can implement a wide scale of projects with a variety of ownership structures. The projects can include district heating, creating in town solar PV, promoting active transportation and installing arrays of charging stations in shopping and community centers, condos and for street parking. Coherent local planning can integrate energy saving, the electric transition, health, active transportation and access to nature, driving both environmental and social progress. Communities can move quickly and often have the most direct impact on the lives of their citizens. If they have evolved to focusing solely on resilience, citizen well-being and environmental health, they are well-positioned to transition to renewable energy.
Abstract: Raw energy is the key driver behind human society’s rapid increase in sophistication. We need to understand the lifeblood of society and what we have to do to get it rather than simply mixing it in with the commercial economy as is now the case. This holds true not just for the energy-intensive “developed” countries but also for countries with much lower per capita consumption levels. Their food supply now depends substantially on the work that fossil fuels do and the fertilizer it pr ...; [Read more...]
Raw energy is the key driver behind human society’s rapid increase in sophistication. We need to understand the lifeblood of society and what we have to do to get it rather than simply mixing it in with the commercial economy as is now the case. This holds true not just for the energy-intensive “developed” countries but also for countries with much lower per capita consumption levels. Their food supply now depends substantially on the work that fossil fuels do and the fertilizer it produces. Awareness of our personal energy consumption can form the basis for understanding national issues. Hence, starting in one’s own backyard is the best first step along the path to short term energy resilience and long term sustainability.
Abstract: The parameters for sustainability and resilience change constantly in our dynamic world. Therefore, it is better to pick a direction of constant adaptability than some specific points on what we imagine the curve will be. The natural world never sleeps. Specific goals are waystations along the endless journey of following the continually winding trail of sustainability. Individuals and communities must take the lead but, at the same time, they must assure that less agile groups are no ...; [Read more...]
The parameters for sustainability and resilience change constantly in our dynamic world. Therefore, it is better to pick a direction of constant adaptability than some specific points on what we imagine the curve will be. The natural world never sleeps. Specific goals are waystations along the endless journey of following the continually winding trail of sustainability. Individuals and communities must take the lead but, at the same time, they must assure that less agile groups are not left behind. In any transition, social cohesion is a must to avoid distracting and damaging social conflict. Social discord is inevitable if a nation either embarks on a series of changes which cause certain groups to experience a significant worsening of their relative circumstances.
Abstract: Arrange to enjoy the trip to sustainability and resilience because the journey will never end. How comfortable you feel will be influenced by the threats the world is serving up and how well prepared you are for them. After decades of financial and economic rollercoaster rides, blind belief in the ability of governments to handle all situations has been further diminished by their patchy response to dynamic Covid-19. Awareness of our own vulnerabilities doesn’t have to mean a feeling ...; [Read more...]
Arrange to enjoy the trip to sustainability and resilience because the journey will never end. How comfortable you feel will be influenced by the threats the world is serving up and how well prepared you are for them. After decades of financial and economic rollercoaster rides, blind belief in the ability of governments to handle all situations has been further diminished by their patchy response to dynamic Covid-19. Awareness of our own vulnerabilities doesn’t have to mean a feeling of insecurity; it can lead to self-assurance once basic steps have been taken to increase your own resilience. Knowledge is power as well as confidence. So are solar panels on the roof. Knowing that your energy and food supplies are robust will provide a level of confidence that no piece of paper can impart.
Abstract: When an energy or climate crisis occurs, will it be better to be holding paper or energy producing hardware? Just as governments move beyond money metrics to determine pandemic policy initiatives, individuals must be willing to look past money markets to determine the best ways to invest their time and money in “future-proofing” their lives. Your home, your vehicle, your geography and your lifestyle all dictate that your approach is going to be unique and will require more involvement ...; [Read more...]
When an energy or climate crisis occurs, will it be better to be holding paper or energy producing hardware? Just as governments move beyond money metrics to determine pandemic policy initiatives, individuals must be willing to look past money markets to determine the best ways to invest their time and money in “future-proofing” their lives. Your home, your vehicle, your geography and your lifestyle all dictate that your approach is going to be unique and will require more involvement than simple annual meetings with a financial advisor. You may actually end up installing the systems/modifications yourself and will be literally living with the decisions you make on a daily basis
Abstract: Mother Nature collects on all bills in her own fashion and on her own timeline. Just because we seem to have been able to abuse and ignore her for the past 400 years, is no reason to assume that what we have sent around won’t be coming back around. Despite our technological sophistication (according to ourselves), we cannot live long or prosper on a planet without a nurturing Mother Nature. Let’s make it easy for her to like us. Ultimately we will live sustainably with the change comi ...; [Read more...]
Mother Nature collects on all bills in her own fashion and on her own timeline. Just because we seem to have been able to abuse and ignore her for the past 400 years, is no reason to assume that what we have sent around won’t be coming back around. Despite our technological sophistication (according to ourselves), we cannot live long or prosper on a planet without a nurturing Mother Nature. Let’s make it easy for her to like us. Ultimately we will live sustainably with the change coming either by natures hand or by our own. We need to be proactive in promoting stability with the clear recognition of our extreme good fortune for the almost uniquely stable climate we’ve experienced over the past 12,000 years. Humans are currently launching our climate out of this advanced-society-friendly “Goldilocks Zone” at unprecedented velocity. The intent of sustainability initiatives is to moderate or eliminate the causes which will deliver the worst extremes of a return to climate instability in the planets finely balanced climate/biosystem. No one individual ever became rich by saving the environment but communities and nations who saved their environments were able to carry on and progress. Reducing our environmental footprint by means of population and consumption reductions (the entire human enterprise) is critical as is the necessity of re-establishing our awareness of the natural world which supports us.
Abstract: How much energy we use depends greatly on our climatic region, urban or rural location, level of technological sophistication and energy availability. Since fossil fuels are used through a process of combustion, their efficiency levels are far lower than processes using electricity. Within the fossil fuel family, the emissions and efficiency levels of coal, oil and natural gas differ considerably. Despite being in similar climatic zones, per capita ghg emissions in Sweden are much lo ...; [Read more...]
How much energy we use depends greatly on our climatic region, urban or rural location, level of technological sophistication and energy availability. Since fossil fuels are used through a process of combustion, their efficiency levels are far lower than processes using electricity. Within the fossil fuel family, the emissions and efficiency levels of coal, oil and natural gas differ considerably. Despite being in similar climatic zones, per capita ghg emissions in Sweden are much lower than those of Americans, Australians and Canadians. There are many reasons for the difference but Sweden is simply further down the path towards full electrification than is most of the industrialized world. How did we come to use the levels of energy we do and what are we going to do when it becomes less abundant and the sources more variable? The reasons are different for every country but the destination of sustainable balance remains the same. Renewable energy is the future, if not simply because the health of human civilization depends on using far less fossil fuels but because fossil fuels are finite and realistically viable reserves will mostly have run out by the end of this century. Renewable energy comes in two quality levels. Electricity is high grade and heat is low grade. They require completely different harvesting and consumption systems but, at the same time, can complement each other in a wide variety of applications.
Abstract: In previous human societies, our conversation with natural systems was complete. People worked and lived within natural energy flows and, prior to the arrival of stratified societies, all people in a group or tribe lived the same way and ate the same food. The leaders saw the natural world with the same eyes as their peers, the other hunters, fishermen and farmers in their community. But growing urban areas changed that built-in awareness of natural systems, as people became physicall ...; [Read more...]
In previous human societies, our conversation with natural systems was complete. People worked and lived within natural energy flows and, prior to the arrival of stratified societies, all people in a group or tribe lived the same way and ate the same food. The leaders saw the natural world with the same eyes as their peers, the other hunters, fishermen and farmers in their community. But growing urban areas changed that built-in awareness of natural systems, as people became physically separated from nature and began to perform jobs that were not directly related to food and shelter. The specialization of labour meant that nature’s rules were no longer dominant. The priorities of more sophisticated levels of goods production and, eventually of energy production, came to replace them as society became more complex and stratified. The decoupling of decision making from nature’s rules became complete with the development of the industrialized and money transaction based economy. However, humanity will be moving away from the fossil fuels which have allowed us to so completely ignore the planet’s welfare for the past 400 years. The variability of renewable energy and the natural flows which drive it means our civilization will be transitioning back into a higher level of synchronicity with nature. As well, we might also begin to listen to our own hearts and examine our social systems as we leave absolute blind devotion to commercial economic growth behind. In the twenty-first century the reconnection with nature in the way we live and work will increase until we’ve achieved some level of a sustainable society. We just have to assure that we make the adjustment on our own terms.
Abstract: Although biophysical threats including climate change, scarcity, extinctions, anti-biotic resistant super bugs and the transition to renewable energy, are lined up to the horizon, the Covid-19 pandemic is the first to land an indelible blow against our now globalized world economy. Regional disasters, from fires to floods to famines, have been taking their toll but none have brought the way much of the globe lives and works to its knees. Covid-19, however, has been able to force a leve ...; [Read more...]
Although biophysical threats including climate change, scarcity, extinctions, anti-biotic resistant super bugs and the transition to renewable energy, are lined up to the horizon, the Covid-19 pandemic is the first to land an indelible blow against our now globalized world economy. Regional disasters, from fires to floods to famines, have been taking their toll but none have brought the way much of the globe lives and works to its knees. Covid-19, however, has been able to force a level of change in a few short weeks that our other greater and longer term challenges have not been able to motivate us to do over decades. The biophysical world is not represented by monetary metrics. We learn neither how the earth’s natural systems work nor how healthy its stocks of organic and mineral wealth are through our money system. Our commercial market monetizes all transactions and interacts with nature, but it does not illuminate natural processes. For that we need science and biophysical economics to measure nature on its own terms and in its own units. Real processes and stocks, not measured in dollars but in real physical units of energy, kilos of material, numbers of species. This will help us determine the health of all life forms as well as the expected life expectancy of non-renewable resources. None of these are even hinted at by the commercial market place upon which our “sophisticated” society is built. Covid-19 struck virtually overnight as a physical threat, so immediate and so clear, that governments abandoned commercial economists, market mechanisms and GDP metrics. In their place they turned to scientists and relied on real unit metrics of infection and rates of fatality, vaccination and hospitalization rates to guide policy.