- •VOLUME 1 CONTENTS
- •NOTATION
- •ENGLISH/METRIC AND METRIC/ENGLISH EQUIVALENTS
- •EXECUTIVE SUMMARY
- •ES.1 Background
- •ES.2 BLM Proposed Action
- •ES.2.1 BLM Purpose and Need
- •ES.2.2 BLM Scope of Analysis
- •ES.2.3 Applications for Solar Energy Development on BLM Lands
- •ES.2.4 BLM Alternatives
- •ES.2.4.1 Program Elements Common to Both BLM Action Alternatives
- •ES.2.4.3 Solar Energy Zone Program Alternative
- •ES.2.4.4 No Action Alternative
- •ES.2.4.5 Reasonably Foreseeable Solar Energy Development
- •ES.2.4.6 Summary of Impacts of BLM’s Alternatives
- •ES.2.4.7 BLM’s Preferred Alternative
- •ES.3 DOE Proposed Action
- •ES.3.1 DOE Purpose and Need
- •ES.3.2 DOE Scope of Analysis
- •ES.3.3 DOE Alternatives
- •ES.3.3.2 No Action Alternative
- •ES.3.4 Summary of Impacts of DOE’s Alternatives
- •ES.4 Public Involvement, Consultation, and Coordination
- •ES.5 References
- •1 INTRODUCTION
- •1.1 Applicable Federal Orders and Mandates
- •1.1.1 Executive Order 13212
- •1.1.2 Energy Policy Act of 2005
- •1.1.3 Energy Independence and Security Act of 2007
- •1.1.4 DOI Secretarial Order 3285A1
- •1.1.5 Executive Order 13514
- •1.1.6 DOI Secretarial Order 3297
- •1.3 BLM Requirements and Objectives for the PEIS
- •1.3.1 BLM’s Purpose and Need
- •1.3.2 BLM Decisions To Be Made
- •1.3.3 Authorization Process for Solar Energy Development on BLM Lands
- •1.3.3.1 New Applications
- •1.3.3.2 Pending Applications
- •1.3.3.3 Approved Applications
- •1.3.4 BLM Land Use Planning Process
- •1.3.5 BLM Scope of the Analysis
- •1.3.5.1 Program Analysis Versus SEZ-Specific Analysis
- •1.3.6 BLM Planning Criteria
- •1.4 DOE Requirements and Objectives for the PEIS
- •1.4.1 DOE’s Purpose and Need
- •1.4.2 DOE Decisions To Be Made
- •1.4.3 DOE Scope of the Analysis
- •1.5 Cooperating Agencies
- •1.6.1 Renewable Portfolio Standards and Other Regional and State Initiatives
- •1.6.2 Related Initiatives
- •1.6.2.1 Energy Corridor Designation
- •1.6.2.3 California Desert Renewable Energy Conservation Plan
- •1.6.2.4 Arizona Restoration Design Energy Project
- •1.6.2.5 Wind Energy Development PEIS
- •1.6.2.6 Geothermal PEIS
- •1.8 References
- •2.1 Introduction
- •2.2 BLM Alternatives
- •2.2.1 Program Elements Common to Both BLM Action Alternatives
- •2.2.1.1 Right-of-Way Authorization Policies
- •2.2.1.2 Monitoring, Adaptive Management, and Mitigation
- •2.2.1.3 Design Features
- •2.2.1.4 Segregation of Lands with Potential for Solar Development
- •2.2.2.1 Proposed Right-of-Way Exclusion Areas
- •2.2.2.2 Proposed Solar Energy Zones
- •2.2.2.3 Proposed Variance Areas for Utility-Scale Solar Energy Development
- •2.2.2.4 Land Use Plans To Be Amended
- •2.2.3 SEZ Program Alternative
- •2.2.3.1 Proposed Right-of-Way Exclusion Areas
- •2.2.3.2 Proposed Solar Energy Zones
- •2.2.3.3 Solar Energy Zone Policies
- •2.2.3.4 Land Use Plans To Be Amended
- •2.3 DOE Alternatives
- •2.3.1 No Action Alternative
- •2.3.2 Action Alternative—DOE’s Proposed Programmatic Environmental Guidance
- •2.3.2.1 General Mitigation Measures
- •2.3.2.2 Institutional and Public Outreach
- •2.3.2.3 Land Use
- •2.3.2.4 Water Resources and Erosion Control
- •2.3.2.5 Biological Resources
- •2.3.2.6 Air Quality
- •2.3.2.7 Cultural Resources and Native American Interactions
- •2.3.2.8 Visual Resources and Aesthetics
- •2.3.2.9 Socioeconomics
- •2.3.2.10 Environmental Justice
- •2.3.2.11 Safety and Health
- •2.4 Description of Reasonably Foreseeable Development Scenario
- •2.4.1 Comparison of RFDS with Lands Available under the Action Alternatives
- •2.5 Other Alternatives and Issues Considered
- •2.5.1 Distributed Generation
- •2.5.2 Conservation and Demand-Side Management
- •2.5.3 Analysis of Life-Cycle Impacts of Solar Energy Development
- •2.5.4 Analysis of Development on Other Federal, State, or Private Lands
- •2.5.5 Restricting Development to Previously Disturbed Lands
- •2.5.6 Restricting Development to Populated Areas
- •2.5.7 Restricting Development to the Fast-Track Project Applications
- •2.5.8 Analysis of Development on the Maximum Amount of Public Lands Allowable
- •2.5.9 Changes to BLM’s Proposed Solar Energy Zones
- •2.5.10 Other Suggested Alternatives
- •2.5.11 DOE Environmental Requirements
- •2.6 References
- •3.1 Technologies
- •3.2 Development Process Overview for All Technologies
- •3.2.1 Site Characterization
- •3.2.2 Site Preparation and Construction
- •3.2.3 Operations
- •3.2.4 Decommissioning and Reclamation
- •3.2.5 Transmission Facilities
- •3.4 Transportation Considerations
- •3.6 Health and Safety Aspects of Solar Energy Projects
- •3.7 Existing Agency Processes and Guidance
- •3.8 References
- •4 UPDATE TO AFFECTED ENVIRONMENT
- •4.1 Introduction
- •4.2 Lands and Realty
- •4.4 Rangeland Resources
- •4.4.1 Livestock Grazing
- •4.4.2 Wild Horses and Burros
- •4.4.3 Wildland Fire
- •4.5 Recreation
- •4.6 Military and Civilian Aviation
- •4.7 Geologic Setting and Soil Resources
- •4.7.1 Geologic Setting
- •4.7.2 Geologic Hazards
- •4.7.3 Soil Resources
- •4.8 Minerals
- •4.9 Water Resources
- •4.9.1 Surface Water Resources
- •4.9.2 Groundwater Resources
- •4.9.3 Water Rights, Supply, and Use
- •4.10 Ecological Resources
- •4.10.1 Vegetation
- •4.10.2 Wildlife
- •4.10.3 Aquatic Biota
- •4.10.3.1 Pacific Northwest Hydrologic Region
- •4.10.3.2 Lower Colorado, Rio Grande, and Great Basin Hydrologic Regions
- •4.10.3.3 California Hydrologic Region
- •4.10.3.4 Upper Colorado River Hydrologic Region
- •4.10.3.5 Missouri River Basin Hydrologic Region
- •4.10.4 Special Status Species
- •4.11 Air Quality and Climate
- •4.11.3 Update to Section 4.11.2.4 of the Draft Solar PEIS: Visibility Protection
- •4.11.4 Update to Section 4.11.2.5 of the Draft Solar PEIS: General Conformity
- •4.11.5 Addition of New Section 4.11.4: Toxic Dust and Snowmelt
- •4.12 Visual Resources
- •4.13 Acoustic Environment
- •4.14 Paleontological Resources
- •4.15 Cultural Resources
- •4.16 Native American Concerns
- •4.17 Socioeconomics
- •4.18 Environmental Justice
- •4.19 References
- •4.20 Errata to Chapter 4 of the Draft Solar PEIS
- •5.1 Introduction
- •5.2 Lands and Realty
- •5.4 Rangeland Resources
- •5.4.1 Livestock Grazing
- •5.4.2 Wild Horses and Burros
- •5.4.3 Wildland Fire
- •5.5 Recreation
- •5.6 Military and Civilian Aviation
- •5.7 Geologic Setting and Soil Resources
- •5.8 Minerals
- •5.9 Water Resources
- •5.10 Ecological Resources
- •5.10.1 Vegetation
- •5.10.2 Wildlife
- •5.10.3 Aquatic Biota and Habitats
- •5.10.3.1 Common Impacts
- •5.10.3.2 Technology-Specific Impacts
- •5.10.4 Special Status Species
- •5.11 Air Quality and Climate
- •5.11.1 Common Impacts
- •5.11.1.1 Construction: Update to Section 5.11.1.2 of the Draft Solar PEIS
- •5.11.1.2 Operations: Update to Section 5.11.1.3 of the Draft Solar PEIS
- •5.12 Visual Resources
- •5.13 Acoustic Environment
- •5.13.1 Common Impacts
- •5.13.1.1 Construction: Update to Section 5.13.1.2 of the Draft Solar PEIS
- •5.13.1.2 Operations: Update to Section 5.13.1.3 of the Draft Solar PEIS
- •5.14 Paleontological Resources
- •5.15 Cultural Resources
- •5.15.1 Common Impacts
- •5.16 Native American Concerns
- •5.17 Socioeconomics
- •5.18 Environmental Justice
- •5.19 Transportation
- •5.20 Hazardous Materials and Waste
- •5.21 Health and Safety
- •5.22 References
- •5.23 Errata to Chapter 5 of the Draft Solar PEIS
- •6 ANALYSIS OF BLM’S SOLAR ENERGY DEVELOPMENT ALTERNATIVES
- •6.1.2 Minimize Environmental Impacts
- •6.1.3 Minimize Social and Economic Impacts
- •6.1.4 Provide Flexibility to Solar Industry
- •6.1.5 Optimize Existing Transmission Infrastructure and Corridors
- •6.1.6 Standardize and Streamline the Authorization Process
- •6.1.7 Meet Projected Demand for Solar Energy Development
- •6.2 Impacts of the SEZ Program Alternative
- •6.2.2 Minimize Environmental Impacts
- •6.2.3 Minimize Social and Economic Impacts
- •6.2.4 Provide Flexibility to Solar Industry
- •6.2.5 Optimize Existing Transmission Infrastructure and Corridors
- •6.2.6 Standardize and Streamline the Authorization Process
- •6.2.7 Meet Projected Demand for Solar Energy Development
- •6.3 Impacts of the No Action Alternative
- •6.3.2 Minimize Environmental Impacts
- •6.3.3 Minimize Social and Economic Impacts
- •6.3.4 Provide Flexibility to Solar Industry
- •6.3.5 Optimize Existing Transmission Infrastructure and Corridors
- •6.3.6 Standardize and Streamline the Authorization Process
- •6.3.7 Meet Projected Demand for Solar Energy Development
- •6.5 Cumulative Impacts
- •6.5.1 Overview of Activities in the Six-State Study Area
- •6.5.1.1 Energy Production and Distribution
- •6.5.1.2 Other Activities and Trends
- •6.5.2 Cumulative Impact Assessment for Solar Energy Development
- •6.5.2.1 Lands and Realty
- •6.5.2.2 Specially Designated Areas and Lands with Wilderness Characteristics
- •6.5.2.3 Rangeland Resources
- •6.5.2.4 Recreation
- •6.5.2.5 Military and Civilian Aviation
- •6.5.2.6 Geologic Setting and Soil Resources
- •6.5.2.7 Mineral Resources
- •6.5.2.8 Water Resources
- •6.5.2.9 Ecological Resources
- •6.5.2.10 Air Quality and Climate
- •6.5.2.11 Visual Resources
- •6.5.2.12 Acoustic Environment
- •6.5.2.13 Paleontological Resources
- •6.5.2.14 Cultural Resources
- •6.5.2.15 Native American Concerns
- •6.5.2.16 Socioeconomics
- •6.5.2.17 Environmental Justice
- •6.5.2.18 Transportation
- •6.6 Other NEPA Considerations
- •6.6.1 Unavoidable Adverse Impacts
- •6.6.2 Short-Term Use of the Environment and Long-Term Productivity
- •6.6.3 Irreversible and Irretrievable Commitment of Resources
- •6.6.4 Mitigation of Adverse Effects
- •6.7 References
- •7 ANALYSIS OF DOE’S ALTERNATIVES
- •7.1 Impacts of DOE’s Proposed Action
- •7.2 Impacts of the No Action Alternative
- •7.3 Cumulative Impacts
- •7.4 Other NEPA Considerations
- •7.4.1 Unavoidable Adverse Impacts
- •7.4.2 Short-Term Use of the Environment and Long-Term Productivity
- •7.4.3 Irreversible and Irretrievable Commitment of Resources
- •7.4.4 Mitigation of Adverse Effects
- •14.1 Public Scoping and Public Outreach
- •14.2 Government-to-Government Consultation
- •14.3 Coordination of BLM State and Field Offices
- •14.4 Agency Cooperation, Consultation, and Coordination
- •14.5 References
- •15 LIST OF PREPARERS
- •16 GLOSSARY
- •FIGURE ES.2-1 Areas Proposed for Exclusion Since Publication of the Supplement to the Draft Solar PEIS Based on Continued Consultation with Cooperating Agencies and Tribes
- •FIGURE ES.2-4 BLM-Administered Lands in Colorado Available for Application for Solar Energy ROW Authorizations under the BLM Alternatives Considered in This PEIS
- •FIGURE 1.2-2 Solar Direct Normal Insolation Levels in the Southwestern United States
- •FIGURE 2.2-3 BLM-Administered Lands in Colorado Available for Application for Solar Energy ROW Authorizations under the BLM Alternatives Considered in This PEIS
- •FIGURE 2.2-7 Areas Proposed for Exclusion Since Publication of the Supplement to the Draft Solar PEIS Based on Continued Consultation with Cooperating Agencies and Tribes
- •TABLE ES.2-3 Proposed SEZs and Approximate Acreage by State
- •TABLE ES.2-5 Summary-Level Assessment of Potential Environmental Impacts of Utility-Scale Solar Energy Development by Alternative
- •TABLE ES.2-6 Comparison of BLM’s Alternatives with Respect to Objectives for the Agency’s Action
- •TABLE 2.2-3 Proposed SEZs and Approximate Acreage by State
- •TABLE 4.15-3 ACECs Designated for Protection of Cultural Resource Values That Are near BLM-Administered Lands Available for Application through the Variance Process
- •TABLE 6.1-2 Summary-Level Assessment of Potential Environmental Impacts of Utility-Scale Solar Energy Development by Alternative
- •TABLE 6.4-1 Comparison of BLM’s Alternatives with Respect to Objectives for the Agencies’ Action
- •TABLE 6.5-10 Recreational Visits for the BLM and NPS in FY 2000 and FY 2010 and for USFS in FY 2000 and FY 2010
1 there might be market, technological, or site-specific factors that make a project appropriate in a 2 non-SEZ area.
3
4 The BLM will consider ROW applications for utility-scale solar energy development in 5 variance areas on a case-by-case basis based on environmental considerations; coordination with 6 appropriate federal, state, and local agencies, and tribes; and public outreach. The responsibility 7 for demonstrating to the BLM and other coordinating parties that a proposal in a variance area
8will avoid, minimize, and/or mitigate, as necessary, sensitive resources will rest with the
9 applicant. Based on a thorough evaluation of the information provided by an applicant, and the
10input of federal, state, and local government agencies, tribes, and the public, the BLM will
11determine whether it is appropriate to continue to process, or to deny, a ROW application
12submitted through the variance process.
13
14The proposed variance areas and associated variance process would only apply to utility-
15scale solar development. All non-utility-scale solar energy projects, including distributed
16generation, would follow existing management prescriptions in BLM land use plans and be
17subject to individual site-specific NEPA analyses.
18
19
20 ES.2.4.3 Solar Energy Zone Program Alternative
21
22Under the SEZ program alternative (referred to as the “SEZ alternative”), the BLM
23would restrict utility-scale solar energy development applications to SEZs only, and identify all
24other lands as exclusion areas for utility-scale solar energy development (approximately
2579 million acres [319,701 km2). Under the SEZ alternative, the same programmatic authorization
26policies and design features applicable to the program alternative would apply to applications in
27SEZs. Over time, under the SEZ alternative, new or expanded SEZs would be identified
28following the SEZ identification protocol described above. As with the program alternative, the
29elements of the new Solar Energy Program under the SEZ alternative would be implemented
30through amendment of the land use plans within the six-state study area.
31
32
33 ES.2.4.4 No Action Alternative
34
35Under the no action alternative, the BLM would continue the issuance of ROW
36authorizations for utility-scale solar energy development on BLM-administered lands by
37implementing the requirements of the BLM’s existing solar energy policies on a project-by-
38project basis. The BLM would not implement any of the proposed elements of the Solar Energy
39Program. Specifically, the programmatic ROW authorization policies, design features, and land
40use plan amendments proposed in the two action alternatives would not be implemented.
41
42
43 ES.2.4.5 Reasonably Foreseeable Solar Energy Development
44
45A full assessment of the potential impacts of solar energy development on the quality of
46the human and ecological environment over the next 20 years requires that an estimate be made
Final Solar PEIS |
ES-15 |
July 2012 |
1of the amount of development that might occur in the six-state study area over that time frame.
2 The amount of power projected to be generated through solar energy development in the six-state
3study area through 2030 is referred to as the reasonably foreseeable development scenario
4(RFDS) in this Solar PEIS. The RFDS was calculated on the basis of the requirements for
5electricity generation from renewable energy resources established in the Renewable Portfolio
6Standards (RPSs) in each of the six states. To establish an upper bound, it was assumed that 75%
7of development would occur on BLM-administered lands and that 50% of the RPS-based
8 requirement for renewable energy production would be provided from solar energy. The RFDS 9 that was developed for the Draft Solar PEIS is still considered to be valid to support analyses in 10 this Final Solar PEIS.
11
12On the basis of the RFDS, the estimated amount of solar energy generation on BLM-
13administered lands in the study area over the 20-year study period is about 24,000 MW, with a
14corresponding dedicated use of about 214,000 acres (866 km2) of BLM-administered lands.
15Table ES.2-4 presents the RFDS for each state in terms of projected megawatts and estimated
16acres of land required to support that level of development.
17
18
19 ES.2.4.6 Summary of Impacts of BLM’s Alternatives
20
21As part of this Final Solar PEIS, the BLM has assessed the potential direct and indirect
22environmental, social, and economic impacts of solar energy development under the program
23alternatives. The generally qualitative level of detail of the impact assessment is commensurate
24with the programmatic decisions to be made, which are primarily planning-level decisions
25(i.e., allocation and exclusion decisions). The summary of impacts of the alternatives given in
26Table ES.2-5 is based on the detailed discussion of the affected environment and potential
27impacts of solar energy development provided in Chapters 4 and 5 of the Draft and Final Solar
28PEIS.5 Appendix J also provides a comparison of potential species effects by alternative. The
29assessment of cumulative impacts at the program level (Section 6.5 of the Draft and Final Solar
30PEIS) also was considered. The in-depth analyses of potential impacts of development in the
31proposed SEZs as presented in Chapters 8 through 13 of the Draft and Final Solar PEIS provided
32an additional basis for the summary of impacts of the SEZ alternative that is provided in
33Table ES.2-5. The SEZ analyses included an assessment of cumulative impacts, considering
34ongoing and reasonably foreseeable actions specifically for the vicinity of each SEZ.
35
36The potential impacts of solar development itself are largely similar across the program
37alternatives. However, because the alternatives represent planning-level decisions (i.e., allocation
38and exclusion decisions), differences between the alternatives are found in the location, pace, and
5The agencies have decided to prepare a condensed Final Solar PEIS (see Section 1.7). Several key chapters of the Draft Solar PEIS have been revised extensively and are presented in full in this Final Solar PEIS
(e.g., Chapters 1, 2, 6, and 7). Other sections of this Final Solar PEIS (including Chapters 4 and 5) are presented as updates to the Draft Solar PEIS. The Final Solar PEIS is intended to be used in conjunction with the Draft Solar PEIS, which is being distributed electronically together with the Final PEIS.
Final Solar PEIS |
ES-16 |
July 2012 |
1 |
TABLE ES.2-4 Reasonably Foreseeable Development Scenario: Projected |
||||
2 |
Megawatts of Solar Power Development by 2030 and Corresponding Developed |
||||
3 |
Acreage Estimatesa |
|
|
||
|
|
|
|
|
|
|
|
|
|
Estimated MW |
Estimated Acres |
|
|
|
|
Developed |
|
|
|
State |
Landholding |
under RFDS |
under RFDSb |
|
|
Arizona |
BLM |
2,424 |
21,816 |
|
|
|
Non-BLM |
808 |
7,272 |
|
|
California |
BLM |
15,421 |
138,789 |
|
|
|
Non-BLM |
5,140 |
46,260 |
|
|
Colorado |
BLM |
2,194 |
19,746 |
|
|
|
Non-BLM |
731 |
6,579 |
|
|
Nevada |
BLM |
1,701 |
15,309 |
|
|
|
Non-BLM |
567 |
5,103 |
|
|
New Mexico |
BLM |
833 |
7,497 |
|
|
|
Non-BLM |
278 |
2,502 |
|
|
Utah |
BLM |
1,219 |
10,971 |
|
|
|
Non-BLM |
406 |
3,654 |
|
|
|
Total for BLM-administered lands |
23,791 |
214,119 |
|
|
|
Total for non-BLM lands |
7,930 |
71,370 |
aSee Appendix E of the Draft Solar PEIS for details on the methodologies used to calculate the RFDS.
bAcreage calculated assuming land use of 9 acres/MW. To convert acres to km2, multiply by 0.004047.
4
5
6concentration of solar energy development. The BLM evaluated each alternative to gauge the
7extent to which it would (1) meet the stated objectives for the PEIS identified in Section ES.2.1,
8(2) meet the projected demands for solar energy development as estimated by the RFDS for solar
9energy development in the six-state study area over the 20-year study period, and (3) support
10BLM’s efforts to meet the mandates established in the Energy Policy Act of 2005 and Secretarial
11Order 3285A1 (Secretary of the Interior 2010) (Table ES.2-6).
12
13
14 ES.2.4.7 BLM’s Preferred Alternative
15
16The BLM has selected the program alternative as the preferred alternative for this Final
17Solar PEIS. On the basis of the comparisons presented in Table ES.2-6, it appears that the
18program alternative would best meet BLM’s objectives for managing utility-scale solar energy
19development on BLM-administered lands. It would likely result in the high pace of development
Final Solar PEIS |
ES-17 |
July 2012 |
PEIS Solar Final
18-ES
2012 July
1
2
3
TABLE ES.2-5 Summary-Level Assessment of Potential Environmental Impacts of Utility-Scale Solar Energy Development by Alternative
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acresb in priority areas, and |
285,000 acres in |
98 million acres available |
Resource |
approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Lands and |
Solar energy development would preclude other land uses within the |
Same impacts as program |
Same impacts as program |
Realty |
project footprint and could alter the character of largely rural areas. |
alternative, except impacts |
alternative, except impacts |
|
Development of supporting infrastructure (e.g., new transmission lines and |
would be concentrated into a |
could potentially be more |
|
roads) would also locally affect land use. These impacts potentially could |
smaller, known geographic |
dispersed. There would be no |
|
be dispersed across the 19 million acres of variance areas; however, |
area. |
specific design features to |
|
impacts would be minimized due to the required variance process. |
|
reduce impacts. |
|
Design features could effectively avoid or minimize many impacts. |
|
|
Specially |
Specially designated areas and lands with wilderness characteristics could |
Designated |
be significantly affected through direct and indirect impacts (e.g., visual |
Areas and |
impacts, reduced access, noise impacts, and fugitive dust) during both the |
Lands with |
construction and operations phases. Similar impacts potentially could be |
Wilderness |
dispersed across the 19 million acres of variance areas; however, impacts |
Characteristics |
would be minimized due to the required variance process. |
|
Design features could effectively avoid or minimize many impacts. |
|
All NLCS lands would be excluded. Also excluded would be ACECs; |
|
SRMAs (except in Nevada and portions of the Yuma East SRMA in |
|
Arizona); DWMAs; National Recreation Trails and National Backcountry |
|
Byways; National Historic and Scenic Trails; Wild, Scenic, and |
|
Recreational Rivers, and segments of rivers determined to be eligible or |
|
suitable for Wild and Scenic River status; and lands within the proposed |
|
Mojave Trails National Monument. |
|
All areas where there is an applicable land use plan decision to protect |
|
lands with wilderness characteristics would be excluded. |
Same impacts as program alternative, except impacts would be concentrated into a smaller, known geographic area. This concentration of development could increase the magnitude of potential impacts but affect a smaller number of areas.
Same impacts as program alternative, except that only most NLCS lands are excluded from solar energy development and other exclusions do not apply. There would be no specific design features to reduce impacts.
Impacts could potentially be more dispersed and greater on specially designated lands and lands with wilderness characteristics due to few exclusions under the no action alternative.
PEIS Solar Final
19-ES
2012 July
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Rangeland |
Some livestock grazing allotments may be affected by solar energy |
Same impacts as program |
Same impacts as program |
Resources |
development through reductions in acreage and/or loss of AUMs. |
alternative, except impacts |
alternative, except impacts |
|
|
would be concentrated into a |
could potentially be more |
|
Wild horses and burros also could be affected, with animals displaced from |
smaller geographic area |
dispersed, and there is less |
|
the development area; the number of wild horse and burro HMAs |
within a known set of |
certainty about which |
|
overlapping with or in the vicinity of lands available for ROW application |
grazing allotments and |
grazing allotments and |
|
would be less than under the no action alternative. |
HMAs (there is very little |
HMAs potentially could be |
|
|
overlap of SEZs with wild |
affected. There would be no |
|
These impacts potentially could be dispersed across the 19 million acres of |
horse and burro HMAs). |
specific design features to |
|
variance areas; however, impacts would be minimized due to the required |
|
reduce impacts. |
|
variance process. |
|
|
|
Design features could effectively avoid or minimize many impacts. |
|
|
Recreation |
Recreational uses would be precluded within lands used for solar energy |
Same impacts as program |
Same impacts as program |
|
development. Recreational experiences could be adversely affected in areas |
alternative, except impacts |
alternative. There would be |
|
proximate to solar energy projects and related transmission. These impacts |
would be concentrated into a |
no explicit exclusions to |
|
potentially could be dispersed across the 19 million acres of variance areas; |
smaller, known geographic |
avoid SRMAs, recreational |
|
however, impacts would be minimized due to the required variance |
area. This could increase the |
facilities, and special-use |
|
process. |
magnitude of potential |
permit recreation sites. There |
|
|
impacts but affect fewer |
would be no specific design |
|
Design features could effectively avoid or minimize many impacts. |
recreational resources. |
features to reduce impacts. |
|
All SRMAs are excluded from solar energy development (except in |
|
Impacts could potentially be |
|
Nevada and portions of the Yuma East SRMA in Arizona). Also excluded |
|
more dispersed and greater |
|
are developed recreational facilities and special-use permit recreation sites. |
|
on those recreational areas |
|
|
|
that would be excluded under |
|
|
|
the action alternatives. |
PEIS Solar Final
20-ES
2012 July
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Military and |
Military and civilian aviation impacts would be identified and adequately |
Same impacts as program |
Same impacts as program |
Civilian |
avoided, minimized and/or mitigated prior to the BLM’s issuance of a |
alternative, except impacts |
alternative, except impacts |
Aviation |
ROW authorization. |
would be concentrated into a |
could potentially be more |
|
|
smaller, known geographic |
dispersed. |
|
|
area. |
|
Soil Resources |
Development of large tracts of land up to several thousand acres for solar |
Same impacts as program |
Same impacts as program |
and Geologic |
energy facilities and related infrastructure would result in impacts on soil |
alternative, except impacts |
alternative, except impacts |
Hazards |
resources in terms of soil compaction and erosion, although these impacts |
would be concentrated into a |
could potentially be more |
|
could be effectively avoided, minimized and/or mitigated. Impacts on |
smaller, known geographic |
dispersed. There would be no |
|
biological soil crusts would be long term and possibly irreversible. These |
area. |
specific design features to |
|
impacts potentially could be dispersed across the 19 million acres of |
|
reduce impacts. |
|
variance areas; however, impacts would be minimized due to the required |
|
|
|
variance process. |
|
|
|
Design features could effectively avoid or minimize many impacts. |
|
|
Mineral |
Mineral development within the project footprint for solar energy |
Same impacts as program |
Same impacts as program |
Resources |
development would generally be an incompatible use; however, some |
alternative, except impacts |
alternative, except impacts |
|
resources underlying the project area might be developable |
would be concentrated into a |
could be potentially more |
|
(e.g., directional drilling for oil and gas or geothermal resources, |
smaller, known geographic |
dispersed. |
|
underground mining). These impacts potentially could be dispersed across |
area. |
|
|
the 19 million acres of variance areas; however, impacts would be |
|
|
|
minimized due to the required variance process. |
|
|
|
Lands within SEZs may be withdrawn from location and entry under the |
Lands within SEZs may be |
No SEZs would be identified |
|
mining laws. |
withdrawn from location and |
or withdrawn. |
|
|
entry under the mining laws. |
|
PEIS Solar Final
21-ES
2012 July
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Water |
Solar thermal projects with wet-cooling systems require large volumes of |
Same impacts as program |
Same impacts as program |
Resources |
water, with potentially significant environmental impacts. Solar thermal |
alternative, except impacts |
alternative, except impacts |
|
projects with dry-cooling systems need less than one-tenth of the amount of |
would be concentrated into a |
could be potentially more |
|
water required for wet-cooling systems. Projects would necessarily be |
smaller, known geographic |
dispersed. There would be no |
|
limited to locations with sufficient groundwater supplies where water rights |
area. This could increase the |
specific design features to |
|
and the approval of water authorities could be obtained. |
magnitude of potential |
reduce impacts. |
|
|
impacts but affect fewer |
|
|
All solar energy facilities require smaller volumes of water for mirror or |
water resources. |
|
|
panel washing and potable water uses, which would result in relatively |
|
|
|
minor impacts on water supplies. |
|
|
|
Other potential impacts, including modification of surface and groundwater |
|
|
|
flow systems, water contamination resulting from chemical leaks or spills, |
|
|
|
and water quality degradation by runoff or excessive withdrawals, can be |
|
|
|
effectively avoided, minimized and/or mitigated. |
|
|
|
Design features could effectively avoid or minimize many impacts. |
|
|
Vegetation |
Solar development will typically require the total removal of vegetation at |
Same impacts as program |
Same impacts as program |
|
most facilities, which could result in significant direct impacts in terms of |
alternative, except impacts |
alternative. There would be |
|
increased risk of invasive species introduction, changes in species |
would be concentrated into a |
no explicit exclusions to |
|
composition and distribution, habitat loss (e.g., dune or riparian areas), and |
smaller, known geographic |
avoid known sensitive |
|
damage to biological soil crusts. Indirect impacts also likely in terms of |
area. This could increase the |
vegetation resources and no |
|
dust deposition, altered drainage patterns, runoff, and sedimentation. |
magnitude of potential |
specific design features to |
|
Impacts potentially could be dispersed across the 19 million acres of |
impacts but affect a smaller |
reduce impacts. |
|
variance areas; however, impacts would be minimized due to the required |
number of areas. |
|
|
variance process. |
|
|
PEIS Solar Final
22-ES
2012 July
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Vegetation |
Design features could effectively avoid or minimize many impacts. |
|
Impacts could potentially be |
(Cont.) |
|
|
more dispersed and greater |
|
|
|
on those vegetation resources |
|
|
|
excluded under the action |
|
|
|
alternatives. |
|
Less than 14% each of the Central Basin and Range and Chihuahuan |
Of the five ecoregions that |
Lands available for |
|
Deserts Ecoregions, and less than 7% each of the Madrean Archipelago, |
coincide with SEZs, less than |
ROW application span |
|
Mojave Basin and Range, and Sonoran Basin and Range Ecoregions are |
1% of each ecoregion would |
22 ecoregions. More than |
|
located within the lands that would be available for application. Other |
be available for ROW |
50% of 2 ecoregions (Central |
|
ecoregions coincide with these lands at levels below 5%. |
application. |
Basin and Range, Northern |
|
|
|
Basin and Range) would be |
|
|
|
available for application. |
The land cover types for the following example species overlap with variance areas available for ROW application by the percentages shown:
Joshua tree – less than 7%
Saguaro – less than 7%
Less than 1% of the land cover type for Joshua tree and saguaro species is located within the SEZs.
The land cover types for the following example species overlap with the lands that would be available for ROW application by the percentages shown:
Joshua tree – about 31% Saguaro – about 26%
PEIS Solar Final
23-ES
2012 July
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Wildlife and |
Numerous wildlife species would be adversely affected by loss of habitat, |
Same impacts as program |
Same impacts as program |
Aquatic Biota |
disturbance, loss of food and prey species, loss of breeding areas, effects on |
alternative, except the |
alternative. There would be |
|
movement and migration, introduction of new species, habitat |
potential area of impact |
no explicit exclusions to |
|
fragmentation, and changes in water availability. Impacts potentially could |
would be limited to a |
avoid known sensitive |
|
be dispersed across the 19 million acres of variance areas; however, |
smaller, known geographic |
wildlife resources, and no |
|
impacts would be minimized due to the required variance process. |
area. |
specific design features to |
|
Design features could effectively avoid or minimize many impacts. |
|
reduce impacts. |
|
|
Impacts could potentially be |
|
|
|
|
|
|
Exclusion of ACECs, Research Natural Areas, big game migratory |
|
more dispersed and greater |
|
corridors and winter ranges, and lands with seasonal restrictions as |
|
on those wildlife resources |
|
identified in applicable land use plans would avoid impacts on wildlife in |
|
excluded under the action |
|
specific areas |
|
alternatives. |
|
The following example species’ habitats overlap with variance areas |
|
The following example |
|
available for ROW application by the percentages shown: |
|
species’ habitats overlap with |
|
|
|
the lands that would be |
|
|
|
available for ROW |
|
|
|
application by the |
|
|
|
percentages shown: |
|
Western rattlesnake – less than 6% |
Less than 1% of the habitats |
Western rattlesnake – |
|
Golden eagle – less than 6% |
for western rattlesnake, |
about 27% |
|
Black-tailed jackrabbit – less than 6% |
golden eagle, black-tailed |
Golden eagle – about 23% |
|
Pronghorn – less than 5% |
jackrabbit, pronghorn, mule |
Black-tailed jackrabbit – |
|
Mule deer – less than 6% |
deer, and mountain lion are |
about 24% |
|
Mountain lion – less than 5% |
located within the SEZs. |
Pronghorn – about 22% |
|
|
|
Mule deer – about 22% |
|
|
|
Mountain lion – about 21% |
PEIS Solar Final
24-ES
2012 July
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Special Status |
Special status species and critical habitats would be protected in |
Special status species and |
Special status species and |
Species |
accordance with ESA requirements either through avoidance, translocation |
critical habitats would be |
critical habitats would be |
|
(plants), or acquisition and protection of compensatory habitat. Impacts |
protected as under program |
protected as under program |
|
potentially could be dispersed across the 19 million acres of variance areas; |
alternative. |
alternative. There would be |
|
however, impacts would be minimized due to the required variance |
|
no specific design features to |
|
process. |
Lands available for ROW |
reduce impacts. |
|
|
application within SEZs |
In some cases, habitat |
|
Design features could effectively avoid or minimize many impacts. |
include areas of potentially |
|
|
|
suitable habitat for special |
identified by state fish and |
|
Critical habitat designated or proposed by the USFWS would be excluded. |
status species (see |
game agencies would be |
|
All ACECs designated for habitat would be excluded along with identified |
Appendix J of this Final |
excluded, as identified |
|
desert tortoise translocation sites and other areas where the BLM has made |
Solar PEIS). |
through applicable land use |
|
a commitment to protect sensitive species (including Mohave ground |
|
plan decisions. Critical |
|
squirrel and flat-tailed horned lizard habitat in California, greater sage- |
|
habitat, ACECs designated |
|
|
for habitat value, and other |
|
|
grouse habitat in California, Nevada, and Utah, and Gunnison’s sage- |
|
|
|
|
areas where the BLM has |
|
|
grouse habitat in Utah). |
|
|
|
|
made a commitment to |
|
|
|
|
|
|
Variance areas for ROW application include areas of potentially suitable |
|
protect sensitive species |
|
|
would not be excluded. |
|
|
habitat for special status species (see Appendix J of this Final Solar PEIS). |
|
|
|
|
|
|
|
For example, the following species’ habitats overlap by the percentages |
|
Lands available for ROW |
|
shown: |
|
|
|
|
application include areas of |
|
|
|
|
|
|
|
|
potentially suitable habitat |
|
|
|
for special status species (see |
|
|
|
Appendix J). For example, |
|
|
|
the following species’ |
|
|
|
habitats overlap by the |
|
|
|
percentages shown: |
PEIS Solar Final
25-ES
2012 July
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Special Status |
Plants: |
For example, about 1% or |
Plants: |
Species |
Nevada dune beardtongue – less than 61% |
less of the habitat for two |
Nevada dune |
(Cont.) |
White-margined beardtongue – less than 8% |
plant species (Nevada dune |
beardtongue – 66% |
|
Munz’s cholla – less than 16% |
beard tongue, white- |
White-margined |
|
|
margined beard tongue) and |
beardtongue – 34% |
|
Animals: |
nine animal species (desert |
Munz’s cholla – 45% |
|
Desert tortoise – less than 12% |
tortoise, western burrowing |
|
|
Western burrowing owl – less than 8% |
owl, greater sage-grouse, |
Animals: |
|
Greater sage-grouse – less than 7% |
Gunnison prairie dog, |
Desert tortoise – 29% |
|
Gunnison prairie dog – less than 3% |
Gunnison sage-grouse, |
Western burrowing |
|
Gunnison sage-grouse – less than 1% |
northern aplomado falcon, |
owl – 27% |
|
Northern aplomado falcon – less than 11% |
and southwestern willow |
Greater sage-grouse – 54% |
|
Southwestern willow flycatcher – less than 1% |
flycatcher, Townsend’s big- |
Gunnison prairie |
|
Townsend’s big-eared bat – less than 6% |
eared bat, and Utah prairie |
dog – 15% |
|
Utah prairie dog – less than 11% |
dog) are located within the |
Gunnison sage- |
|
|
SEZs; less than 4% of |
grouse – 24% |
|
|
Munz’s cholla habitat is |
Northern aplomado |
|
|
located within the SEZs. |
falcon – 26% |
|
|
|
Southwestern willow |
|
|
|
flycatcher – 7% |
|
|
|
Townsend’s big-eared |
|
|
|
bat – 23% |
|
|
|
Utah prairie dog – 36% |
PEIS Solar Final
26-ES
2012 July
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Air Quality |
Air quality would be adversely affected locally and temporarily during |
Same impacts as program |
Same impacts as program |
and Climate |
construction by fugitive dust and vehicle emissions, although impacts |
alternative, except impacts |
alternative, except impacts |
|
would be relatively minor and could be mitigated (e.g., dust control |
would be concentrated into a |
could be potentially more |
|
measures, emissions control devices, and vehicle maintenance). Operations |
smaller, known geographic |
dispersed and of smaller |
|
would result in few air quality impacts. Impacts potentially could be |
area. This could increase the |
magnitude locally. There |
|
dispersed across the 19 million acres of variance areas; however, impacts |
magnitude of potential |
would be no specific design |
|
would be minimized due to the required variance process. |
impacts, particularly during |
features to reduce impacts. |
|
|
construction, but affect a |
|
|
Design features could effectively avoid or minimize many impacts. |
smaller number of areas. |
Climate Change: Same |
|
|
|
impacts as program |
|
Climate Change: Relatively minor CO2 emissions would be generated by |
Climate Change: Same |
alternative, assuming level of |
|
the use of heavy equipment, vehicles, and backup generators. Overall, CO2 |
impacts as program |
development is the same. |
|
emissions could be reduced if solar energy production avoids fossil fuel |
alternative, assuming level of |
|
|
energy production. |
development is the same. |
|
Visual |
Solar energy projects and associated infrastructure introduce strong |
Resources |
contrasts in forms, line, colors, and textures of the existing landscape, |
|
which may be perceived as negative visual impacts. Suitable development |
|
sites typically located in basin flats surrounded by elevated lands where |
|
sensitive viewing locations exist. Impacts potentially could be dispersed |
|
across the 19 million acres of variance areas; however, impacts would be |
|
minimized due to the required variance process. |
|
Various potentially sensitive visual resource areas, including National |
|
Historic and Scenic Trails, National Historic and Natural Landmarks, |
|
properties designated or eligible for the National Register of Historic |
|
Places, and areas with important cultural resources that possess historical |
|
vistas may be impacted. |
Same impacts as program alternative, except the impacts would be concentrated into a smaller, known geographic area. This could increase the magnitude of potential impacts, particularly during construction, but affect a smaller number of areas.
SEZs are visible from approximately
Same impacts as program alternative. Some NLCS lands are excluded from solar energy development under the no action alternative. There would be no specific design features to reduce impacts.
Impacts could be potentially more dispersed and greater on those areas excluded under the action alternatives.
PEIS Solar Final
27-ES
2012 July
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Visual |
Design features could effectively avoid or minimize many impacts but |
105 potentially sensitive |
About 1,473 potentially |
Resources |
some large impacts cannot be avoided. |
visual resource areas (not |
sensitive visual resource |
(Cont.) |
|
including ACECs) within |
areas (not including ACECs) |
|
All NLCS lands and ACECs are excluded. All SRMAs are excluded |
25 mi. |
are located in or within 25 mi |
|
(except in Nevada and portions of the Yuma East SRMA in Arizona). |
|
of the lands available for |
|
Developed recreational facilities, special-use permit recreation sites, |
|
ROW application and could |
|
National Recreation Trails, and National Backcountry Byways are |
|
be affected by solar |
|
excluded. |
|
development within their |
|
Approximately 995 potentially sensitive visual resource areas (not |
|
viewsheds. |
|
|
|
|
|
including ACECs) are located in or within 25 mic of the lands available for |
|
|
|
ROW viewsheds. |
|
|
Acoustic |
Construction-related noise could adversely affect nearby residents |
Environment |
and/or wildlife, and would be greatest for concentrating solar power |
|
projects requiring power block construction. Operations-related noise |
|
impacts would generally be less significant than construction-related noise |
|
impacts but could still be significant for some receptors located near power |
|
block or dish engine facilities. Impacts potentially could be dispersed |
|
across the 19 million acres of variance areas; however, impacts would be |
|
minimized due to the required variance process. |
|
Design features could effectively avoid or minimize many impacts. |
Paleonto- |
Paleontological resources subject to loss during construction, but impacts |
logical |
also possible during operations. Impacts potentially could be dispersed |
Resources |
across the 19 million acres of variance areas; however, impacts would be |
|
minimized due to the required variance process. |
|
Design features could effectively avoid or minimize many impacts. |
Same impacts as program alternative, except impacts would be concentrated into a smaller, known geographic area. This could increase the magnitude of potential impacts, particularly during construction, but affect a smaller number of areas.
Same impacts as program alternative, except impacts would be concentrated into a smaller, known geographic area.
Same impacts as program alternative, except impacts could be potentially more dispersed. There would be no specific design features to reduce impacts.
Same impacts as program alternative, except impacts could be potentially more dispersed. There would be no specific design features to reduce impacts.
PEIS Solar Final
28-ES
2012 July
1
TABLE ES.2-5 (Cont.)
|
|
SEZ Alternative |
No Action Alternative |
|
Program Alternative |
(approximately |
(approximately |
|
(approximately 285,000 acres in priority areas) |
285,000 acres in |
98 million acres available |
Resource |
(approximately 19 million acres subject to variance process) |
priority areas) |
for application) |
Cultural |
Cultural resources subject to loss during construction, but impacts also |
Same impacts as program |
Same impacts as program |
Resources and |
possible during operations. Impacts potentially could be dispersed across |
alternative, except impacts |
alternative. There would be |
Native |
the 19 million acres of variance areas; however, impacts would be |
would be concentrated into a |
no explicit exclusions to |
American |
minimized due to the required variance process. |
smaller, known geographic |
avoid known sensitive |
Concerns |
Design features could effectively avoid or minimize many impacts. |
area. |
cultural resources. There |
|
|
would be no specific design |
|
|
ACECs designated for cultural or historic resource values, National |
Same exclusions as program |
features to reduce impacts. |
|
alternative. |
|
|
|
Historic and Scenic Trails, National Historic and Natural Landmarks, |
|
Impacts could be potentially |
|
properties designated or eligible for the National Register of Historic |
|
more dispersed and greater |
|
Places, and areas with important cultural and archaeological resources |
|
on those cultural resources |
|
would be excluded. |
|
excluded under the action |
|
|
|
alternatives. |
Transportation |
Local road systems and traffic flow could be adversely affected during |
Same impacts as program |
Same impacts as program |
|
construction. Impacts during operations would be minor. Impacts |
alternative, except impacts |
alternative, except impacts |
|
potentially could be dispersed across the 19 million acres of variance areas; |
would be concentrated into a |
could be potentially more |
|
however, impacts would be minimized due to the required variance |
smaller, known geographic |
dispersed. There would be no |
|
process. |
area. This could increase the |
specific design features to |
|
|
magnitude of potential |
reduce impacts. |
|
Design features could effectively avoid or minimize many impacts. |
impacts, particularly during |
|
|
|
construction, but affect a |
|
|
|
smaller number of areas. |
|
Abbreviations: ACEC = Area of Critical Environmental Concern; AUM = animal unit month; BLM = Bureau of Land Management; CO2 = carbon dioxide; DWMA = Desert Wildlife Management Area; ESA = Endangered Species Act; HMA = herd management area; NLCS = National Landscape Conservation System; ROW = right-of-way; SRMA = Special Recreation Management Area; USFWS = U.S. Fish and Wildlife Service.
Footnotes on next page.
PEIS Solar Final
1
2
TABLE ES.2-5 (Cont.)
aThe lands composing the no action alternative have not changed significantly since release of the Draft Solar PEIS; thus, the habitat overlap values (percentages) presented remain valid.
bTo convert acres to km2, multiply by 0.004047.
cThe acreage estimates were calculated on the basis of the best available GIS data. GIS data were not available for the entire set of exclusions; therefore, the acreages cannot be quantified at this time.
dTo convert mi to km, multiply by 1.609.
29-ES
2012 July
PEIS Solar Final
30-ES
2012 July
1
2
TABLE ES.2-6 Comparison of BLM’s Alternatives with Respect to Objectives for the Agency’s Action
Objective |
Program Alternative |
SEZ Alternative |
No Action Alternative |
Facilitate near-term utility-scale |
Increased pace of development |
Increased pace of development likely |
No discernible effect on pace of |
development on public land |
Development in the prioritized SEZs |
due to detailed analyses of SEZs |
development |
|
|
|
|
|
likely to occur at an even faster pace |
Reduced costs to the government, |
Development could shift toward |
|
due to detailed analyses of SEZs |
developers, and stakeholders |
nonfederal lands due to delays, |
|
|
|
making it more difficult for the BLM |
|
Reduced costs to the government, |
Effective in assisting the BLM in |
to achieve its mandatesa |
|
developers, and stakeholders |
meeting its mandatesa |
|
|
Effective in assisting the BLM in |
|
|
|
meeting its mandatesa |
|
|
Minimize potential environmental |
Comprehensive program to identify |
impacts |
and avoid, mitigate, or minimize |
|
potential adverse impacts |
|
Protection of resources, resource |
|
uses, and special designations |
|
through combination of exclusions, |
|
variance areas and associated |
|
variance process, and mitigation |
|
Prioritization of development in |
|
SEZs that have been identified as |
|
lands well-suited for solar energy |
|
development where most potential |
|
resource conflicts and appropriate |
|
required mitigation have been |
|
identified |
Comprehensive program to identify and avoid, mitigate, or minimize potential adverse impacts
Development limited to the SEZs, protecting more resources, resource uses, and special designations
Additional mitigation required in SEZs
Limits possibilities for focusing development on previously disturbed lands outside of SEZs; however, this will be given consideration in the identification of new SEZs
Environmental impacts evaluated project-by-project with potential for inconsistencies in the type and degree of required mitigation
If development shifts to nonfederal lands, such development would not be subject to the same level of federal environmental oversight and public involvement
Potentially would allow a greater degree of development on previously disturbed lands due to 98 million acres of BLM-administered lands being open to application
PEIS Solar Final
31-ES
2012 July
TABLE ES.2-6 (Cont.)
Objective |
Program Alternative |
SEZ Alternative |
No Action Alternative |
Minimize potential environmental |
Potentially would allow a greater |
|
|
impacts (Cont.) |
degree of development on previously |
|
|
|
disturbed lands due to 19 million |
|
|
|
acres of variance areas being open to |
|
|
|
application |
|
|
Minimize potential social and |
Economic benefits in terms of |
economic impacts |
(1) direct and indirect jobs and |
|
income created and (2) ROW rental |
|
payments to the federal government |
|
Potential adverse and beneficial |
|
social impacts |
|
Prioritization of development in the |
|
SEZs could concentrate benefits and |
|
adverse impacts in a smaller number |
|
of local economies |
Economic benefits in terms of
(1) direct and indirect jobs and income created and (2) ROW rental payments to the federal government
Potential adverse and beneficial social impacts
With development limited to the SEZs, benefits and adverse impacts would be concentrated in a smaller number of local economies
Potential economic benefits essentially the same as under the action alternatives, although realized at a slower rate if pace of development is slower
Potential adverse and beneficial social impacts
Less potential for benefits and adverse impacts to be concentrated in specific areas
Provide flexibility to solar industry |
A great degree of flexibility in |
|
identifying appropriate locations for |
|
utility-scale development due to |
|
19 million acres of variance areas |
|
being open to application |
Limited flexibility in identifying appropriate locations for utility-scale development
Maximum degree of flexibility in identifying appropriate locations for utility-scale development
Limited guidance to developers on which lands and projects would ultimately be approvable
PEIS Solar Final
32-ES
2012 July
TABLE ES.2-6 (Cont.)
Objective |
Program Alternative |
SEZ Alternative |
No Action Alternative |
Optimize existing transmission |
Greater opportunities for developers |
Opportunities for developers to |
Maximum opportunities for |
infrastructure and corridors |
to identify and propose projects that |
identify and propose projects that |
developers to identify and propose |
|
utilize existing transmission |
utilize existing transmission |
projects that utilize existing |
|
infrastructure and/or designated |
infrastructure and/or designated |
transmission infrastructure and/or |
|
corridors due to 19 million acres of |
corridors limited to SEZs |
designated corridors |
|
variance areas being open to |
Proximity to existing transmission |
|
|
application |
|
|
|
infrastructure and corridors will be |
|
|
|
|
|
|
|
Opportunities to consolidate |
given consideration in the |
|
|
identification of new SEZs |
|
|
|
infrastructure required for new solar |
|
|
|
|
|
|
|
facilities in SEZs |
Opportunities to consolidate |
|
|
|
|
|
|
|
infrastructure required for new solar |
|
|
|
facilities in SEZs |
|
Standardize and streamline |
Streamlining of project review and |
authorization process |
approval processes; more consistent |
|
management of ROW applications |
|
With prioritization of development |
|
in the SEZs, additional streamlining |
|
of opportunities over development |
|
on other available lands |
Streamlining of project review and approval processes; more consistent management of ROW applications
With development limited to the SEZs, streamlining maximized
No discernible effect in terms of standardizing and streamlining the authorization process
PEIS Solar Final
33-ES
1
2
2012 July
TABLE ES.2-6 (Cont.)
Objective |
Program Alternative |
SEZ Alternative |
No Action Alternative |
Meet projected demand for solar |
About 19 million acresb open to |
About 285,000 acres open to ROW |
About 98 million acres open to |
energy development as estimated by |
ROW application, which is more |
application, which may not be |
ROW application, which is more |
the RFDS |
than adequate to support the RFDS |
enough land to support the RFDS |
than adequate to support the RFDS |
|
projected level of development |
projected level of development in |
projected level of development |
|
|
some states |
|
|
|
BLM identification of additional |
|
|
|
SEZs in the future would make |
|
|
|
additional land available but would |
|
|
|
require additional environmental |
|
|
|
review and land use plan |
|
|
|
amendments |
|
aThese mandates are established by the Energy Policy Act of 2005 (P.L. 109-58) and Secretarial Order 3285A1 (Secretary of the Interior 2010) (see Section 1.1 of the Draft Solar PEIS).
bTo convert acres to km2, multiply by 0.004047.
1
2FIGURE ES.2-2 BLM-Administered Lands in Arizona Available for Application for Solar Energy
3ROW Authorizations under the BLM Alternatives Considered in This PEIS
Final Solar PEIS |
ES-34 |
July 2012 |
1
2FIGURE ES.2-3 BLM-Administered Lands in California Available for Application for Solar
3Energy ROW Authorizations under the BLM Alternatives Considered in This PEIS
Final Solar PEIS |
ES-35 |
July 2012 |
PEIS Solar Final
36-ES
1
July |
2 |
|
2012 |
||
3 |
||
|
FIGURE ES.2-4 BLM-Administered Lands in Colorado Available for Application for Solar Energy ROW Authorizations under the BLM Alternatives Considered in This PEIS
1
2FIGURE ES.2-5 BLM-Administered Lands in Nevada Available for Application for Solar
3Energy ROW Authorizations under the BLM Alternatives Considered in This PEIS
Final Solar PEIS |
ES-37 |
July 2012 |
1
2FIGURE ES.2-6 BLM-Administered Lands in New Mexico Available for Application for Solar
3Energy ROW Authorizations under the BLM Alternatives Considered in This PEIS
Final Solar PEIS |
ES-38 |
July 2012 |
1
2FIGURE ES.2-7 BLM-Administered Lands in Utah Available for Application for Solar Energy
3ROW Authorizations under the BLM Alternatives Considered in This PEIS
Final Solar PEIS |
ES-39 |
July 2012 |
