In a marked change in longtime Federal Aviation Administration (“FAA”) policy regarding analysis of noise and air quality impacts from FAA initiated, directed or funded projects, FAA has substituted a single new model for the long mandated Integrated Noise Model (“INM”) and Emissions and Dispersion Modeling System (“EDMS”). Beginning May 29, 2015, FAA policy “requires” the use of the Aviation Environmental Design Tool version 2b (“AEDT 2b”), which integrates analysis of aircraft noise, air pollutant emissions, and fuel burn. These impacts, according to FAA are “interdependent and occur simultaneously throughout all phases of flight.” 80 Fed.Reg. 27853.
Taking its queue from the legislature (see Senate Bill 743 [Steinberg 2013]), the California Governor’s Office of Planning and Research (“OPR”) published, on August 6, 2014, a preliminary discussion draft of revisions to OPR’s California Environmental Quality Act (“CEQA”) Guidelines, which serve as regulations implementing CEQA, Cal. Pub. Res. Code § 21000, et seq., “Updating Transportation Impacts Analysis in the CEQA Guidelines” (“Update”). The Update revises existing CEQA Guidelines § 15064.3 to comport with Cal. Pub. Res. Code § 21099(b)(1) which establishes new criteria for determining the environmental significance of surface traffic impacts such as traffic delay and increased emissions resulting from a proposed project. The purpose of both the amended statute and the Update is to shift the focus of the CEQA analysis of significance from “driver delay” to “reduction of greenhouse gas emissions, creation of multi-modal networks and promotion of mixed land uses.” Update, page 3.
Responding to the concerns of pilots and the California Energy Commission (“CEC”) regarding the impact of exhaust plumes from power plants on overflying aircraft, the Federal Aviation Administration’s (“FAA”) Airport Obstruction Standard Committee (“AOSC”) completed a Supplement to FAA’s 2006 guidance [“Safety Risk Analysis of Aircraft Overflight of Industrial Exhaust Plumes”]. The purpose of the Supplement is to enhance current FAA regulations which only address standards for the physical height of the smoke stacks, and omit regulation of the impacts of the smoke plume emitted from the stacks, or the emissions contained in them.
The Supplement is also aimed at obtaining definitive answers to the questions: (1) how much turbulence is created by exhaust plumes; (2) is this turbulence great enough to cause loss of pilot control; (3) if so, what size aircraft are impacted; (4) is there a lack of oxygen causing loss of engine power or danger to pilots/passengers; and, if so, (5) what is the harm to those pilots and passengers?
For two years, from 2008 to 2010, the AOSC conducted a Plume Report Study, which was ultimately determined to need further verification and validation. In 2011, FAA retained the Federally funded Research and Development Center, operated by Mitre Corporation to answer the questions specified in the earlier Plume Report. The Mitre Study was completed in September 2012 and verified both FAA’s model and what the earlier FAA reports and studies had concluded.
The Federal Aviation Administration (“FAA”) Reauthorization includes what can only be called an “earmark” that would allow the FAA to escape from compliance with the Clean Air Act on airspace redesign projects.
A proposed Amendment to the Reauthorization would allow FAA to categorically exclude from environmental review any NEXTGEN airspace redesign that will “measurably reduce aircraft emissions and result in an absolute reduction or no net increase in noise levels.” The Clean Air Act’s conformity provision, 42 U.S.C. section 7506, however, requires more for compliance than simply a “reduction in aircraft emissions.” Instead, the conformity rule provides, in pertinent part, that “[n]o department, agency or instrumentality of the Federal Government shall engage in, support in any way or provide financial assistance for, license or permit, or approve, any activity which does not conform to an implementation plan after it has been approved or promulgated [in a State Implementation Plan].” A determination of compliance with a State Implementation Plan (“SIP”) in turn, requires: (1) an inventory of all emissions from an existing airport and surrounding emission sources, including stationary sources, such as auxiliary power units and generating facilities, and mobile sources other than aircraft such as ground support equipment and automobiles; and (2) a comparison of the project’s emissions with the “baseline” established by the inventory. That comparison will determine if the project will result in an exceedance of the benchmark emissions levels established in the SIP.
The California Supreme Court recently weighed in on the critical issue of the proper baseline to be used in assessing the environmental impacts of a proposed project under the California Environmental Quality Act (CEQA). [Agencies must use a “baseline” from which to determine whether a project’s environmental effects will be “significant.”] In Communities For a Better Environment v. South Coast Air Quality Management District, et al., 48 Cal. App. 4th 310 (2010), ConocoPhillips Company argued that the proper baseline for environmental analysis of a project at a petroleum refinery employing existing equipment should be the maximum permitted operating capacity of the equipment, even if the equipment is operating below those levels at the time the environmental analysis is commenced. The Court rejected that argument, holding that the baseline for CEQA analysis must be the “existing physical conditions in the effected area” (i.e., “real conditions on the ground”), rather than the level of development or activity that “could” or “should” have been present according to a plan or regulation. This confirms the California CEQA Guidelines requirement that the baseline consist of the physical environmental conditions in the vicinity of the project as they exist at the time the notice of preparation of the EIR is published or at the time the environmental analysis begins. 14 Cal. Code Regs. §15125(a).
The Ninth Circuit Court of Appeals recently clarified the proper approach to be applied in analyzing the economic impacts of designating critical habitats for endangered or threatened species under the Endangered Species Act (ESA). In Arizona Cattle Growers’ Association v. Salazar, the Court found that the U.S. Fish and Wildlife Service (FWS) properly applied a "baseline" approach in designating approximately 8.6 million acres of Federal land as critical habitat for the Mexican Spotted Owl. The Court also found that the FSW properly interpreted “occupied” as including not only areas where owls are found, but areas where owls are likely to be present as well. See, previous blog dated June 21, 2010.
A decision to list a species as endangered or threatened is made without reference to the economic effects of the decision. In contrast, an agency must consider the economic impacts of designating critical habitat in any particular area. Under the baseline approach used by the FWS, any economic impacts of protecting a species that will occur regardless of the critical habitat designation, such the economic impacts imposed by listing the species, are treated as part of the regulatory “baseline” and are not factored into the economic analysis of effects of the critical habitat designation.