TimberFish & Climate Change
For the Future
Recently there has been a lot of publicity on how climate change is becoming a critical issue that is demanding urgent attention. The call is to cut greenhouse gas emissions, most notably carbon dioxide, and to invent new technologies and renewable energy strategies.
Since carbon dioxide accounts for the vast majority of the greenhouse gas emissions most attention has been directed to developing renewable energy technologies that could replace the emissions of carbon dioxide that stems from the burning of fossil fuels in power plants and cement production plants. This led to the development of heavily subsidized technologies such as solar panels, wind turbines, and corn ethanol. However, while these technologies are important, they have not yet directly reduced the key driver of climate change which is the steadily increasing concentration of carbon dioxide in the atmosphere.
The problem is that these technologies do not in and of themselves remove carbon dioxide from the atmosphere and so far they haven’t even slowed the rate of increase of atmospheric carbon dioxide concentrations.
If we can decrease these carbon emissions we can slow down and eventually reverse the steadily rising carbon dioxide concentration in the atmosphere. The blue line in Figure 2. shows how this might work.
In this Figure the data from 2005 through 2019 is the actual data collected at the Mauna Loa Observatory in Hawaii. As you can see, for the last ten years the rate of increase in atmospheric carbon dioxide concentration has remained almost linear at a rate of 2.40 ppm per year. This corresponds to an average emission of carbon from fossil fuel fired power plants and cement plants for the last ten years of 9.71 GtC/yr (giga tons of carbon per year). Lowering this emission rate by 0.150 GtC/yr would result in an atmospheric carbon dioxide concentration of 456.5 ppm by 2054. This would meet the UN IPCC goal proposed in 2007.
Reducing C emissions to atmosphere from fossil fuel power plants and cement production facilities by 0.15 GtC/yr is a very ambitious program. Given that our track record for the last ten years has shown a gradual increase in emissions it may be somewhat unrealistic to expect that a sudden reversal will occur. However, we are assuming that the current recognition of the climate change emergency will start to reduce this rate of increase by 2021.
Unfortunately, even with this optimistic scenario we will still have future steady state atmospheric carbon dioxide concentrations of 456 ppm, and no one knows what the long term impacts of this would be. A recent proposal to resolve this situation that is attracting a lot of attention is to plant one trillion trees. This would work, but the problem is how to pay for it.
Adding the TimberFish Technology to the current programs provides an economical pathway to returning to existing and even lower atmospheric carbon dioxide levels in the future (pink line in Figure 2.)
TimberFish proposes producing a significant fraction of the world’s food from sustainably managed forested land. This would allow the conversion of some existing open forests, savannahs, grasslands, and croplands and back into managed forests over the next 20 to 30 years. As these forests grow there would be an annual net removal of carbon dioxide from the atmosphere. Part of this removal could be used to produce food and part would be sequestered as carbon in the forest biomass. An additional benefit would arise since appropriate management of these forests would greatly reduce the occurrence of forest fires and this would help reduce atmospheric carbon dioxide concentrations.
The assumption here is that a commitment to the TimberFish Global Climate Change Plan would be made in 2020. This would then continue the existing development and rollout program leading to large scale global implementation of this technology in 2025.
During 2025 the TimberFish Technology would be applied to 51.9 million acres of existing forest and fish production would begin for that land. During each of the next 20 years, from 2026 through 2045, an additional 51.9 million acres per year of cropland, grassland, open forest, and savannah, would be converted into sustainably managed forest, and the TimberFish Technology would be implemented on this newly reforested land. (Note: only 2.5 million acres of cropland would be converted into forest in any given year.) The cost of this conversion to forest and subsequent food production could be substantially or entirely recovered through the sale of fish produced on the converted land.
This would reduce the maximum atmospheric carbon dioxide concentration experienced in the next 35 years to 440 ppm in 2036, and we would then return to 316 ppm in 2058.
The accumulating benefits of this program would continue thereafter, and it would be possible to reduce atmospheric carbon dioxide concentrations to even lower levels if desired. (Again, see Figure 2. Pink line.)
We know that 52 million acres is a lot of land to convert to forest in a year. For example, the total land area in New York State is about 35 million acres. This raises a question as to whether or not this program is practical or even achievable. 52 million acres per year for 20 years is 1.04 billion acres.
But look at it this way. Our current human population is about seven billion people. Over the last 300 years we have lost over half of the world’s forests. But, there are still 12 billion acres of pasture, shrublands, and savannahs that are suitable for reforestation and new forestation. So, if one in seven people could plant one acre of new forest sometime in the next 25 years, we could do it. This could become a New Forest Initiative to restore our planet.
If you can’t directly plant an acre of trees perhaps you can work with others, provide funding and support, help organize, do research and development to improve the technology and its application. Join the movement.
For land owners, you should not have to bear a disproportionate burden or suffer a loss to support this program. Non land owners or those who own land in urban areas or other areas not suitable to forestation should support those who own or manage land that is suitable for new forestation. This is a global problem and we all need to get involved.
But planting and managing forests isn’t all we as individuals can do. The fossil fuel industries comprise a collection of very large multinational companies that only have emerged and continue to exist because we as individuals like and demand their products. We like automobiles and trucks, heat and air conditioning for our houses, electricity for lights, computers, cell phones, and appliances. So we all have a responsibility to alter our behavior. This does not mean that we have to give up all the things we like, but we do have to make them more efficient and practical.
For these big multinational fossil fuel companies we also offer an alternative for them. They know, and have known since at least the 1990s, that there will not be a long term market for fossil fuel derived energy and products. They have facilitated a technology emergence that has created the world of today and we need to use their capabilities and not just discard them. Fortunately, what the New Forest Initiative offers them is a way to transition their businesses to the technology of the future. By gradually deceasing their production and use of fossil fuels they can replace their product lines to include the energy and food products that can be generated from the new forest based economy.
Thus they can be the technological leaders in the transformation that is necessary and must be achieved if we as a planetary ecosystem and society are to survive. They have the resources, the organization, the technological expertise, the marketing, and the distribution systems and infrastructure to rapidly implement this new technology. They can be the leaders we need to succeed. Their work as corporations, with our efforts as individuals, can combine to successfully continue our human evolution in a safe and sustainable world environment.