My WebLink
|
Help
|
About
|
Sign Out
Home
Reso 2017-096
CityHall
>
City Clerk
>
City Council
>
Resolutions
>
2017
>
Reso 2017-096
Metadata
Thumbnails
Annotations
Entry Properties
Last modified
9/26/2017 1:52:30 PM
Creation date
7/24/2017 1:09:12 PM
Metadata
Fields
Template:
CM City Clerk-City Council
CM City Clerk-City Council - Document Type
Resolution
Document Date (6)
7/17/2017
Retention
PERM
Document Relationships
_CC Agenda 2017 0717 CS + RG
(Reference)
Path:
\City Clerk\City Council\Agenda Packets\2017\Packet 2017 0717
5A Public Hearings 2017 0717
(Reference)
Path:
\City Clerk\City Council\Agenda Packets\2017\Packet 2017 0717
There are no annotations on this page.
Document management portal powered by Laserfiche WebLink 9 © 1998-2015
Laserfiche.
All rights reserved.
/
52
PDF
Print
Pages to print
Enter page numbers and/or page ranges separated by commas. For example, 1,3,5-12.
After downloading, print the document using a PDF reader (e.g. Adobe Reader).
View images
View plain text
CITY OF SAN LEANDRO <br />RE: Exhibit A -CONSISTENCY MEMORANDUM FOR THE SLTC MIXED-USE PROJECT (PLN16-oo67) <br />JULY 17, 2017 <br />Paqe 22 <br />Table 8 <br />Operational GHG Emissions (Metric Tons per Year) <br />Source <br />CO,e <br />Operation <br />1,507 <br />BAAQMD Potentially Significant <br />Impact Threshold <br />2,3$4 <br />MTCO,e/SP/Year <br />o.6 <br />BAAQMD Threshold <br />4.6 <br />Exceed BAAQMD Threshold? <br />No <br />TOD EIR Significance <br />LTS with MM AQ 2 <br />Exceed BAAQMD Threshold <br />with MM implementation <br />No <br />Source: CalEEMod version 2o16-3-1- See AppendixA for emission model outputs. <br />GEOLOGY AN D S OI LS <br />Based on the geotechnical report completed for the project by Rockridge Geotechnical (2o17; Appendix <br />B), the site is overlain with approximately z to 4 feet of undocumented fill soils. Additionally, moderately <br />compressible clay layers extend approximately 30 feet below ground surface on the project site. As outlined <br />in the geotechnical report, unstable soil layers beneath the project site could cause inadequate foundation <br />supportforthe proposed building. The project would comply with existing state and local regulations, such <br />as the California Building Code, and would implement General Plan Action EH -1.1..A, which requires the <br />submittal and review of detailed soils and/or geologic reports priorto construction. Implementation of local <br />regulations, General Plan Action EH -1.1.A, and compliance with the recommendations outlined in the <br />geotechnical report (Appendix B) would reduce project impacts to lessthan significant. The TOD Strategy <br />EIR found that geology and soil related impacts for TOD Strategy buildout would be less than significant, <br />and the projectwould not have greater impacts on geology and soils. No furtheranalysis is needed, and the <br />project would be consistent with the City's TOD Strategy EIR. <br />HYDROLOGY AND WATER QUALITY <br />The project site is vacant and level, with no existing stormwater infrastructure. The project site currently <br />is l00% permeable, thus allowing for stormwater absorption. Some stormwater flows over the surface <br />to Alvarado Street and Martinez Street where it enters an existing storm drain system, before ultimately <br />discharging into San Francisco Bay. <br />The proposed project is considered a Special Project in conformance with Appendix J of the Alameda <br />County C.3 Stormwater Technical Guidance (April 11, 2o16). The project conforms to Category C <br />"Transit -Oriented Development" because it meets the following criteria: (1) Be characterized as a non - <br />auto related land -use; (2) Is a residential development project with density greater than 25 DU/Ac. The <br />project qualifies for the following credits: 5o% Location Credit because 50% or more of the site is located <br />within a 1/4 mile radius of an existing transit hub (San Leandro BART station); 2o% Density Credit because <br />it is a residential project with greaterthan 6o DU/Ac; 20% Minimized Surface Parking Credit because o% <br />of the post -project impervious surface is dedicated to at -grade surface parking. The net result is go% <br />allowable Low Impact Development (LID) Treatment Reduction. The project is complying with Municipal <br />
The URL can be used to link to this page
Your browser does not support the video tag.