As Geoffry West, author of “Scale: The Universal Laws of Life, Growth, and Death in Organisms, Cities, and Companies,” writes, we are moving “from the Anthropocene to the Urbanocene – a planet dominated by cities. The future of humanity and the long-term sustainability of the planet are inextricably linked to the fate of our cities… Rapid urbanization and accelerating socioeconomic development have generated multiple global challenges ranging from climate change and its environmental impacts to incipient crises in food, energy, and water availability, public health, financial markets, and the global economy.”
Let us examine our nation’s capital: the Washington, D.C. metro area has a population of over 6.2 million people and is nestled inside the Chesapeake Bay Watershed, the largest estuary in the United States, and the third largest in the world. From water to food to coastal resiliency, the Bay is a critical resource for an expanding population. Yet, urbanization has created pressures on this resource and has put the resiliency of the region at risk.
What does this have to do with reforestation? As large and small communities across our nation come under more stress from the interface of human and natural resource needs supporting them, productive forestland relates to their civic vitality. Just as with single communities, the expanse of the – Baltimore – Washington – Richmond – Norfolk corridor (and others) increasingly make up a single point of intersection.
We must think much more broadly now.
There are plenty of studies that take a high-level look at the potential of nature-based solutions. We commissioned a study entitled, “The Potential of Afforestation, Reforestation and Improved Forest Management to Meet the +2 Degree C Target,” which zeroed into the greatest potential for forestry regarding Afforestation/Reforestation (A/R) and Improved Forest Management (IFM). The study found that Virginia consistently ranked as one of the top 20 states for Afforestation/Reforestation (A/R) and IFM. According to the study:
• The projected A/R potential for Virginia is 435 million metric tons of C or 1.6 billion tons of CO2e over a 40+ year period.
• The projected IFM potential for Virginia is 182 million metric tons of C or 667m metric tons of CO2e over a 40+ year period.
Along this line, we asked Virginia Tech to identify all the agricultural lands within 300 feet of a perennial stream in Virginia that flowed into the Chesapeake Bay. The result was 650,274 acres. Imagine the impact to the Bay if a great majority of these lands were restored. By relining the river systems in Virginia, we create economic stimulus for landowners, corridors for wildlife, and sequester vast amounts of carbon for the larger region as well.
A commitment to greater forest ecology will provide timber products, soil stabilization, moderating climate, water quality and quantity, wildlife habitat, and recreational landscape for the entire base of our regional economic activity.
Preserving our metropolitan, as well as state, culture(s) and traditions while adapting to the imperatives of the new global economy falls straight into the requirements of sustainability. Collectively, this creates a mosaic of valuable conservation and economic development, which preserves and enhances regional prosperity.
These conclusions have already led us to start exploring how land, finance, and localities structure natural capital infrastructure investments.