26 Cal. App. 5th 1137
Cal. Ct. App. 5th2018Background
- The Lofgrens sought a Planned Residential Development (PRD) permit to build six single-family homes on an ~11.6-acre Riverside parcel in the Residential Conservation (RC) Zone; city issued a CEQA negative declaration.
- RC Zone distinguishes conventional subdivisions (lot minimums tied to average natural slope; 0.5 du/ac benchmark) from PRDs (minimum lot size 0.5 acre, ability to cluster, and potential 25% density bonus if certain open-space and "Superior Design" criteria met).
- The Lofgrens submitted multiple tract and conventional subdivision maps with slope data; planning staff recommended approval subject to conditions (including preservation of steeper areas as open space and stewardship by a recognized conservation group).
- Friends of Riverside’s Hills (FRH) challenged the approval and negative declaration, arguing the project violated RC standards (failure to cluster in less steep areas, excessive grading, lots below conventional 2-acre minimum without variances) and thus CEQA required an EIR; alternatively claimed city abused its discretion.
- City revised the project from seven to six lots after FRH comments; City concluded benchmark density was met and that bonus density prerequisites were satisfied; trial court denied FRH’s writ petition and this appeal followed.
Issues
| Issue | Plaintiff's Argument | Defendant's Argument | Held |
|---|---|---|---|
| Whether CEQA required an EIR because the project conflicts with RC Zone standards | FRH: Record shows conflicts (failure to cluster homes on less steep areas, excessive grading, and noncompliant lot sizes), so a fair argument exists that environmental impacts may be significant | City/Lofgrens: Record contains no evidence of code violations; conditions of approval require clustering and open-space preservation; maps and staff analyses support negative declaration | Court: No substantial evidence of code violations in the record; negative declaration upheld (no fair argument for an EIR) |
| Whether City abused its discretion by approving benchmark density based on average natural slope data | FRH: Slope figures vary across maps; record lacks substantial evidence that lot slopes are 15–30% (which underlies 2-acre minimums for benchmark density) | City: Revised conventional map and engineering data show all relevant lot slopes between 15–30%; the City may credit applicant's credible professional data | Court: Revised conventional map provides substantial evidence; abuse-of-discretion claim fails (deferential review to city findings) |
| Whether City improperly deferred selection/verification of "Superior Design" elements needed for density bonus | FRH: Selection deferred to grading/building permit stage, so city granted bonus without required assurances | City/Lofgrens: The maps listed mandatory project requirements and code does not require final design element selection at PRD approval stage; conditions require later evidence of compliance | Court: PRD applicant had identified required elements; code permits later-stage verification; no abuse of discretion |
Key Cases Cited
- Fullerton Joint Union High School Dist. v. State Bd. of Education, 32 Cal.3d 779 (1982) (CEQA’s purpose to ensure environmental considerations inform government decisionmaking)
- Laurel Heights Improvement Assn. v. Regents of University of California, 6 Cal.4th 1112 (1993) (EIR required if it can be fairly argued on substantial evidence that a project may have significant environmental effects)
- Pocket Protectors v. City of Sacramento, 124 Cal.App.4th 903 (2004) (conflict with land-use rules adopted to mitigate environmental effects can constitute a CEQA impact; fair-argument standard applies)
- Architectural Heritage Assn. v. County of Monterey, 122 Cal.App.4th 1095 (2004) (when reviewing negative declarations courts apply the fair-argument standard de novo but give agencies benefit of doubt on credibility)
- Save Our Big Trees v. City of Santa Cruz, 241 Cal.App.4th 694 (2015) (summarizes CEQA’s three-tiered review and scope of initial study vs. EIR determination)
