Changes in weather or global averages in sea levels and temperature from year to year are popular tangents for discussion but only as useful as a local sports talk show. The real news is how improvements in energy generation demanded by the dense urban environment are now responsible for most GHG emission reductions. However, the motivation to change urban conditions in response to climate change remains weak, but envisioning tools by Climate Central that show logical sea rise levels is a step foward.RLC
The threat alone is not enough. The word “climate” is also used to define a human relations condition of importance in community development. For example, New York City produced 48.02 million tons from all energy sources to reflect a 19% reduction from 2004 to 2013 in three main categories. The main GHG producers are buildings plus street lighting, transportation of all kinds, GHGs connected to urban wastewater treatment, city landfills, and solid waste removal out of the city categorized as fugitive.
Solutions come from the urbanization of energy.
Cities are effective at measuring and then decreasing greenhouse gas emissions (GHGs) into the atmosphere. The urban focus on energy varies by economic sector and social choice. The choice of fuels that reduce carbon intensity remains economic. However, the lack of choice in controlling external factors is the most problematic. External factors that control the amount of energy needed are population growth by location and the weather in “degree days.” Still, the distinctions between energy and its users are diminishing rapidly for the first time in human history. Energy use includes the ability to visualize a set of futures based on fact. The presentation below is not sophisticated climate science. The elevation above sea level is “a,” and the sea-level rise or a storm surge is “b” a long list of coastal cities will have seawater as predicted.
The political readiness for the advent of a new ocean/human/earth “oneness.” is the most disconcerting due to the “fear itself” effect. The extreme sea level via a vision reveals more than the risks. It exhibits the lack of capacity for a public decision-making process in a privately-held world. The hidden data involves changes in value. The effect can go one of two ways. It can push every investor of every square foot into climate change denial for the lack of any other plan, or it can draw every investor into a plan with the capacity to confront the paralysis embedded in such projections.
Given these conditions, the demand for an evidence-based, performance-measured, and outcome-driven protocol that can reach the local need for global effect is now an indispensable policy requirement. People can understand basic units for analysis such as building floor area and total population and apply a per unit/per capita analysis to provide a reliable basis for trend and regression analysis. Energy coefficients established during study periods help determine the change in carbon intensity for each energy source in each sector to yield the percentage of each source contributing to the GHG inventory.
While dense urban cities are the largest producers overall, they offer the best environment for protocol analysis and comparison among all other resilience/mitigation measures that may have an impact on global conditions. Three “get started” sources are here: