Climate and Weather

3
LEGISLATIVE ANALYST’S OFFICE
April 20, 2016
Current Shortcomings Limit Usefulness of Report to Policymakers
Concerns About Accuracy of GHG Estimates

Estimates do not account for interaction with regulations, such as cap-and-trade.
Estimates do not adequately account for likely activities that would occur without the program.
Report Lacks Estimates of Co-Benefits
Does not quantify other potential benefits of spending options, such as reduced local air pollution, water
conservation, financial savings for low-income households, enhanced wildlife habitat, and improved forest health.
Limits the amount of information that Legislature can use to weigh the trade-offs among various spending options.


4
LEGISLATIVE ANALYST’S OFFICE
April 20, 2016
Considerations for Improving Outcomes and Information
What Role Should Cap-and-Trade Spending Play in Achieving GHG Goals?

In the long run, the Legislature might want to consider the extent to which it would like to rely on cap-and-trade
spending programs versus relying on other policies, such as the cap-and-trade regulation, to achieve its GHG goals.
Opportunities to Improve Future Reports
Direct administration to take certain factors into account, such as interactions with other programs and what project
outcomes would have occurred without the allocation of auction revenue.
Establish independent expert committee to assist in estimating the outcomes of different programs.
 
Have you read the ACTUAL report?
Here's the ACTUAL report:
http://lao.ca.gov/Publications/Report/3445

Budget and Policy Post

April 15, 2016
Administration’s Cap-and-Trade Report Provides New Information, Raises Issues for Consideration
LAO Bottom Line. The administration’s 2016 cap-and-trade spending report represents a step forward by providing the Legislature with consolidated information about spending and greenhouse gas (GHG) reduction estimates for most programs. Based on the estimates that are included in the report, the cost-effectiveness varies widely among programs, but many programs appear to be relatively costly methods of reducing GHGs. However, we advise the Legislature to exercise caution when using these estimates to make future funding decisions because (1) estimates of co-benefits are not included in the report and (2) we have some concerns about some of the methods that are used to estimate GHG reductions. Consequently, we continue to recommend the Legislature consider the following: (1) the long-term benefits of cap-and-trade spending versus reliance on other policies, including the cap-and-trade regulation, in achieving state GHG reduction goals, and (2) opportunities to improve the amount and quality of information provided to the Legislature to help inform future decisions.

Annual Report Consolidates Spending and GHG Information
2016 Report Provides Information on Projects Funded Through 2015. Cap-and-trade auction revenue has been awarded to over two dozen different programs that are intended to reduce GHG emissions. (For more background on cap-and-trade spending, please see our January 2016 report Cap-and-Trade Auction Revenues: Strategies to Promote Legislative Priorities and our February 2016 report The 2016-17 Budget: Resources and Environmental Protection.) State law requires the Department of Finance to submit a report each year to the Legislature on the status and outcomes of projects funded from state cap-and-trade auction revenues. In March 2016, the administration submitted its annual report to the Legislature. The report (1) consolidates existing information on the projects that have been funded through 2015, (2) estimates of GHG reductions that will be achieved through these projects, and (3) estimates of the percent of funding that has gone to projects that either are located in or benefit disadvantaged communities. (Disadvantaged communities are determined by the California Environmental Protection Agency.) Consolidating this information is a valuable step toward helping the Legislature evaluate the outcomes of programs that have been funded so far, hold programs accountable, and inform future funding decisions.

14 Million Metric Tons of GHG Reductions Estimated Over Life of Projects. Departments have awarded a total of $1.7 billion in cap-and-trade revenue to various projects through 2015. As shown in Figure 1, the administration estimates that the projects selected to date will reduce total GHG emissions by more than 14 million metric tons of carbon dioxide equivalent (MMTCO2e) over the projects’ lifetimes. (For context, the total annual GHG emissions in California were estimated to be 459 MMTCO2e in 2013.) These GHG reduction estimates are based on methodologies that are developed by the Air Resources Board (ARB). The reductions are expected to occur over the estimated life of the projects, which span from ten years to more than several decades. The above figure does not include an estimate of the GHG reductions from $850 million awarded to the high-speed rail project, as such reductions would not be achieved until the total project is fully funded and operational. (In a 2013 report, the administration estimated that high-speed rail will reduce 44 MMTCO2e over a 50-year period once it is fully operational.) In addition, estimates of GHG reductions are not provided for a few programs where estimates have not been developed or completed.

edited: see entire article.


More Than Half of Funding Going to Projects That Benefit Disadvantaged Communities. State law directs the administration to allocate at least 10 percent of auction revenues to projects located in disadvantaged communities and at least 25 percent to projects that benefit disadvantaged communities. The administration estimates that it is has exceeded these minimum requirements. Specifically, it estimates that 51 percent of the funding has been awarded to projects that benefit disadvantaged communities and 39 percent has gone to projects located in disadvantaged communities. (For purposes of calculating these percentages, the administration includes a slightly different set of projects than the $1.7 billion that is included in Figure 1.)

Estimated Average GHG Reduction Cost Is High With Wide Variation Across Programs
Based on the data provided in the administration’s report, programs for which estimated data is available will spend an average of $57 in cap-and-trade auction revenue to reduce each ton of GHG. (As we discuss in more detail below, we have concerns about the methods and assumptions used to quantify GHG reductions.) As shown in Figure 2, the estimated average costs vary greatly among programs. Certain programs, such as diary digester research and development and organics composting and digestion, appear to be relatively inexpensive strategies for reducing GHGs. Other programs have substantially higher costs per ton of reduction. The cost per ton is more than $100 for about half of the programs.

Concerns About Accuracy of GHG Estimates. Based on our initial review, we identified concerns with some of the administration’s GHG quantification methodologies. Two of our primary concerns with the administration’s methodologies are similar to those we identified in our February 2016 report:

  • Ignores Interactions With Existing Regulations. In particular, the GHG reduction estimates provided in the report do not account for interactions with the cap-and-trade regulation. These interactions can mean that spending will not actually reduce total emissions as expected because the overall number of allowances issued determines the level of emissions.

  • Does Not Adequately Account for Likely Activities That Would Occur Without the Program. Many estimates do not account for activities that would likely occur without the program. Specifically, the administration’s estimates implicitly assume that none of the projects funded would be undertaken without the cap-and-trade funds.
As a result of these limitations, at least some of the estimates probably do not accurately predict the program’s likely effect on GHG emissions.
 
Have you read the ACTUAL report?
Here's the ACTUAL report:
http://lao.ca.gov/Publications/Report/3445

Budget and Policy Post

April 15, 2016
Administration’s Cap-and-Trade Report Provides New Information, Raises Issues for Consideration
LAO Bottom Line. The administration’s 2016 cap-and-trade spending report represents a step forward by providing the Legislature with consolidated information about spending and greenhouse gas (GHG) reduction estimates for most programs. Based on the estimates that are included in the report, the cost-effectiveness varies widely among programs, but many programs appear to be relatively costly methods of reducing GHGs. However, we advise the Legislature to exercise caution when using these estimates to make future funding decisions because (1) estimates of co-benefits are not included in the report and (2) we have some concerns about some of the methods that are used to estimate GHG reductions. Consequently, we continue to recommend the Legislature consider the following: (1) the long-term benefits of cap-and-trade spending versus reliance on other policies, including the cap-and-trade regulation, in achieving state GHG reduction goals, and (2) opportunities to improve the amount and quality of information provided to the Legislature to help inform future decisions.

Annual Report Consolidates Spending and GHG Information
2016 Report Provides Information on Projects Funded Through 2015. Cap-and-trade auction revenue has been awarded to over two dozen different programs that are intended to reduce GHG emissions. (For more background on cap-and-trade spending, please see our January 2016 report Cap-and-Trade Auction Revenues: Strategies to Promote Legislative Priorities and our February 2016 report The 2016-17 Budget: Resources and Environmental Protection.) State law requires the Department of Finance to submit a report each year to the Legislature on the status and outcomes of projects funded from state cap-and-trade auction revenues. In March 2016, the administration submitted its annual report to the Legislature. The report (1) consolidates existing information on the projects that have been funded through 2015, (2) estimates of GHG reductions that will be achieved through these projects, and (3) estimates of the percent of funding that has gone to projects that either are located in or benefit disadvantaged communities. (Disadvantaged communities are determined by the California Environmental Protection Agency.) Consolidating this information is a valuable step toward helping the Legislature evaluate the outcomes of programs that have been funded so far, hold programs accountable, and inform future funding decisions.

14 Million Metric Tons of GHG Reductions Estimated Over Life of Projects. Departments have awarded a total of $1.7 billion in cap-and-trade revenue to various projects through 2015. As shown in Figure 1, the administration estimates that the projects selected to date will reduce total GHG emissions by more than 14 million metric tons of carbon dioxide equivalent (MMTCO2e) over the projects’ lifetimes. (For context, the total annual GHG emissions in California were estimated to be 459 MMTCO2e in 2013.) These GHG reduction estimates are based on methodologies that are developed by the Air Resources Board (ARB). The reductions are expected to occur over the estimated life of the projects, which span from ten years to more than several decades. The above figure does not include an estimate of the GHG reductions from $850 million awarded to the high-speed rail project, as such reductions would not be achieved until the total project is fully funded and operational. (In a 2013 report, the administration estimated that high-speed rail will reduce 44 MMTCO2e over a 50-year period once it is fully operational.) In addition, estimates of GHG reductions are not provided for a few programs where estimates have not been developed or completed.

edited: see entire article.


More Than Half of Funding Going to Projects That Benefit Disadvantaged Communities. State law directs the administration to allocate at least 10 percent of auction revenues to projects located in disadvantaged communities and at least 25 percent to projects that benefit disadvantaged communities. The administration estimates that it is has exceeded these minimum requirements. Specifically, it estimates that 51 percent of the funding has been awarded to projects that benefit disadvantaged communities and 39 percent has gone to projects located in disadvantaged communities. (For purposes of calculating these percentages, the administration includes a slightly different set of projects than the $1.7 billion that is included in Figure 1.)

Estimated Average GHG Reduction Cost Is High With Wide Variation Across Programs
Based on the data provided in the administration’s report, programs for which estimated data is available will spend an average of $57 in cap-and-trade auction revenue to reduce each ton of GHG. (As we discuss in more detail below, we have concerns about the methods and assumptions used to quantify GHG reductions.) As shown in Figure 2, the estimated average costs vary greatly among programs. Certain programs, such as diary digester research and development and organics composting and digestion, appear to be relatively inexpensive strategies for reducing GHGs. Other programs have substantially higher costs per ton of reduction. The cost per ton is more than $100 for about half of the programs.

Concerns About Accuracy of GHG Estimates. Based on our initial review, we identified concerns with some of the administration’s GHG quantification methodologies. Two of our primary concerns with the administration’s methodologies are similar to those we identified in our February 2016 report:

  • Ignores Interactions With Existing Regulations. In particular, the GHG reduction estimates provided in the report do not account for interactions with the cap-and-trade regulation. These interactions can mean that spending will not actually reduce total emissions as expected because the overall number of allowances issued determines the level of emissions.

  • Does Not Adequately Account for Likely Activities That Would Occur Without the Program. Many estimates do not account for activities that would likely occur without the program. Specifically, the administration’s estimates implicitly assume that none of the projects funded would be undertaken without the cap-and-trade funds.
As a result of these limitations, at least some of the estimates probably do not accurately predict the program’s likely effect on GHG emissions.

Apparently you skipped over this part --
It's in the second paragraph of what you posted.
 
Easily the best description of why small temperature changes could have gigantic ramifications to our environment going forward. Check this graphic out, it's amazing!

http://xkcd.com/1732/

"Instead of plotting temperature vertically and time on the horizontal axis as is usually done, he makes time vertical, starting 22,000 years ago. That makes the temperature move from cooler on the left to the present record heat we’re seeing today on the right. "
 
Easily the best description of why small temperature changes could have gigantic ramifications to our environment going forward. Check this graphic out, it's amazing!

http://xkcd.com/1732/

"Instead of plotting temperature vertically and time on the horizontal axis as is usually done, he makes time vertical, starting 22,000 years ago. That makes the temperature move from cooler on the left to the present record heat we’re seeing today on the right. "

I don't see the hockey stick.

Field hockey stick maybe.
 
Easily the best description of why small temperature changes could have gigantic ramifications to our environment going forward. Check this graphic out, it's amazing!

http://xkcd.com/1732/

"Instead of plotting temperature vertically and time on the horizontal axis as is usually done, he makes time vertical, starting 22,000 years ago. That makes the temperature move from cooler on the left to the present record heat we’re seeing today on the right. "
Where did you find that graph, and where are are all the previous warming periods since the last glaciation?
 
Where did you find that graph, and where are are all the previous warming periods since the last glaciation?

I don't understand either question. The link is where I got it and the global temperatures through time are reflected on the very long graph. What am I missing?
 
I don't understand either question. The link is where I got it and the global temperatures through time are reflected on the very long graph. What am I missing?
You're missing( your cartoon) previous temp trends in the last 22,000 years.
It really gets on the last 100 years or so, but the entire previous 21,900 years look like the entire earth was locked in an air conditioned, temp controlled, office.
Its hilarious anyone would buy it, especially someone with ten letters after their name.
 
The cartoon wez posted with the hockey stick pinned onto the tail end, is not climate reality.

I'm sorry, have you successfully refuted anything yet? Also, do you feel a need for the graphic I posted to be wrong just because we don't agree on politics?
 
You're missing( your cartoon) previous temp trends in the last 22,000 years.
It really gets on the last 100 years or so, but the entire previous 21,900 years look like the entire earth was locked in an air conditioned, temp controlled, office.

So you are saying the data is wrong, can you prove it?
 
but the entire previous 21,900 years look like the entire earth was locked in an air conditioned, temp controlled, office.

So what you're saying is, because the temperatures you feel changing from season to season, is why the data must be wrong? Because you feel temperatures changing locally by much wider margins, the global annual temperature averages must also experience wide swings?
 
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