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Tijuana River Valley Existing Conditions Report
Climate Understanding & Resilience in the River Valley Tijuana River Valley Existing Conditions Report Prepared by the Tijuana River National Estuarine Research Reserve for the CURRV project’s Stakeholder Working Group Updated April 14, 2014 This project is funded by a grant from the Coastal and Ocean Climate Applications Program of the National Oceanic and Atmospheric Administration (NOAA) Climate Program Office. Also, supported in part by a grant from the National Estuarine Research Reserve System (NERRS) Science Collaborative. 1 Table of Contents Acronyms ................................................................................................................................................... 3 Figures ....................................................................................................................................................... 4 Introduction ................................................................................................................................................... 5 Resources and Geography ........................................................................................................................... 6 Climate ................................................................................................................................................... 6 Topography & Floodplain ....................................................................................................................... 6 Hydrology .............................................................................................................................................. -
Attachment B-4 San Diego RWQCB Basin Plan Beneficial Uses
Attachment B-4 San Diego RWQCB Basin Plan Beneficial Uses Regulatory_Issues_Trends.doc CHAPTER 2 BENEFICIAL USES INTRODUCTION .............................................................................................................................1 BENEFICIAL USES ..........................................................................................................................1 BENEFICIAL USE DESIGNATION UNDER THE PORTER-COLOGNE WATER QUALITY CONTROL ACT ..1 BENEFICIAL USE DESIGNATION UNDER THE CLEAN WATER ACT .................................................2 BENEFICIAL USE DEFINITIONS.........................................................................................................3 EXISTING AND POTENTIAL BENEFICIAL USES ..................................................................................7 BENEFICIAL USES FOR SPECIFIC WATER BODIES ........................................................................8 DESIGNATION OF RARE BENEFICIAL USE ...................................................................................8 DESIGNATION OF COLD FRESHWATER HABITAT BENEFICIAL USE ...............................................9 DESIGNATION OF SPAWNING, REPRODUCTION, AND/ OR EARLY DEVELOPMENT (SPWN) BENEFICIAL USE ...................................................................................................11 SOURCES OF DRINKING WATER POLICY ..................................................................................11 EXCEPTIONS TO THE "SOURCES OF DRINKING WATER" POLICY................................................11 -
Description of Source Water System
CHAPTER 2 DESCRIPTION OF THE SOURCE WATER SYSTEM 2.0 Description of the Source Water System During the last 100 years, the CSD’s water system has evolved into a very complex system. It is now estimated to serve a population of 1.4 million people spread out over 370 square miles (Table 2.1). The CSD treats imported raw water and local runoff water at three City WTPs which have a combined capacity of 378 MGD. The CSD treats water by conventional technologies using coagulation, flocculation, sedimentation, filtration and disinfection. Recently, all CSD water treatment plants have been modified to provide for the addition of fluoride to the potable water supply. To ensure safe and palatable water quality, the CSD collects water samples at its reservoirs, WTPs, and throughout the treated water storage and distribution system. The CSD’s use of local and imported water to meet water demand is affected by availability, cost, and water resource management policies. Imported water availability decreases the need to carry over local water for dry years in City reservoirs. CSD policy is to use local water first to reduce imported water purchases; this policy runs the risk of increased dependence on imported water during local droughts. Table 2.1 - City of San Diego General Statistics Population (2010) 1,301,621 Population (Estimated 2014) 1,381,069 Population percent change 6.1 Land Area Square Miles 370 Population Density per Square Mile 3733 Water Distribution Area Square Miles 403 Number of Service Connections (2015) 279,102 2.1 Water Sources (Figure 2.1) Most of California's water development has been dictated by the multi-year wet/dry weather cycles. -
Transboundary Issues in the Tijuana River Basin Newsletter
International Boundary and Water Commission United States and Mexico Volume 2, October 2017 TRANSBOUNDARY ISSUES IN THE TIJUANA RIVER BASIN NEWSLETTER Minute 320 Spill Investigation On February 1, 2017, a section of the 48-inch diameter “Insurgentes” Sewer Collector collapsed near the confluence of the Rio Alamar and Tijuana River, in Tijuana, Baja California causing an undetermined amount of wastewater to be released into the Tijuana River flowing through Mexico and the United States. The International Boundary and Water Commission, United States and Mexico (IBWC) initiated an investigation into the cause and to understand issues that arose from that action. The final report entitled, “Report of Transboundary Bypass Flows into the Tijuana River” was released in April 2017. The report is available for download on the IBWC web site (www.ibwc.gov). Recommendations made to address the issues as determined in the report were presented to the Minute 320 workgroups to initiate. The recommendations are: • Acquire the equipment needed to address spills in the future. • Installation of flow meters to monitor flows in the system and to determine the volume of wastewater entering the river in the event of another spill. • Development of communication protocols both local and binational. • Assess the current infrastructure to determine infrastructure improvements to prevent future breaks and to contain spills. • Repair and rehabilitation of existing infrastructure. • Expanded water quality monitoring. • Tours and observations of critical needs sites. 2 Equipment needed to address emergency situations To date, CESPT, the Tijuana municipal utility, has acquired one of the two pumping trucks needed to divert flow in a 60-inch line similar to the pipe that ruptured in February. -
4 Tribal Nations of San Diego County This Chapter Presents an Overall Summary of the Tribal Nations of San Diego County and the Water Resources on Their Reservations
4 Tribal Nations of San Diego County This chapter presents an overall summary of the Tribal Nations of San Diego County and the water resources on their reservations. A brief description of each Tribe, along with a summary of available information on each Tribe’s water resources, is provided. The water management issues provided by the Tribe’s representatives at the San Diego IRWM outreach meetings are also presented. 4.1 Reservations San Diego County features the largest number of Tribes and Reservations of any county in the United States. There are 18 federally-recognized Tribal Nation Reservations and 17 Tribal Governments, because the Barona and Viejas Bands share joint-trust and administrative responsibility for the Capitan Grande Reservation. All of the Tribes within the San Diego IRWM Region are also recognized as California Native American Tribes. These Reservation lands, which are governed by Tribal Nations, total approximately 127,000 acres or 198 square miles. The locations of the Tribal Reservations are presented in Figure 4-1 and summarized in Table 4-1. Two additional Tribal Governments do not have federally recognized lands: 1) the San Luis Rey Band of Luiseño Indians (though the Band remains active in the San Diego region) and 2) the Mount Laguna Band of Luiseño Indians. Note that there may appear to be inconsistencies related to population sizes of tribes in Table 4-1. This is because not all Tribes may choose to participate in population surveys, or may identify with multiple heritages. 4.2 Cultural Groups Native Americans within the San Diego IRWM Region generally comprise four distinct cultural groups (Kumeyaay/Diegueno, Luiseño, Cahuilla, and Cupeño), which are from two distinct language families (Uto-Aztecan and Yuman-Cochimi). -
East County Advanced Water Purification Project Final Initial Study/Mitigated Negative Declaration SCH# 2018091029
Attachment 1 East County Advanced Water Purification Project Final Initial Study/Mitigated Negative Declaration SCH# 2018091029 December 2018 Prepared for: Padre Dam Municipal Water District 9300 Fanita Parkway Santee, CA 92071 Prepared by: HELIX Environmental Planning, Inc. 7578 El Cajon Boulevard La Mesa, CA 91942 East County Advanced Water Purification Project Final Initial Study/ Mitigated Negative Declaration SCH# 2018091029 Prepared for: Padre Dam Municipal Water District 9300 Fanita Parkway Santee, CA 92071 Prepared by: HELIX Environmental Planning, Inc. 7578 El Cajon Boulevard La Mesa, CA 91942 December 2018 | KJC-24.1 TABLE OF CONTENTS Section Page FOREWORD ................................................................................................................................................ F-1 1.0 PROJECT INFORMATION .................................................................................................................. 1 2.0 PROJECT DESCRIPTION ..................................................................................................................... 3 3.0 EVALUATION OF ENVIRONMENTAL IMPACTS ............................................................................... 18 I. Aesthetics .......................................................................................................................... 19 II. Agriculture and Forest Resources ..................................................................................... 23 III. Air Quality ........................................................................................................................ -
Case Study a Potential Trinational Protected Area: the Campo-Tecate Creek Kumiai Corridor
DRAFT • NOT FOR QUOTATION Case Study A Potential Trinational Protected Area: The Campo-Tecate Creek Kumiai Corridor Katherine Comer1 ABSTRACT This paper outlines a “blueprint” for potential trinational protected area that would benefit the Campo Indian Reservation, the United States, and Mexico. On one end of the corridor the Campo Indian Reservation already boasts community- lead riparian protection programs, and 35 kilometers (km) downstream on the other end, Mexico has implemented a binational easement on sacred Kumiai lands at Servidumbre Cuchumá. These lands would serve as anchors for a 100 meter-wide biodiverse riparian ribbon through urban Tecate and rural San Diego lands. The benefits of a green corridor for the region would be ecological, hydrological, and social/cultural enhancement. Consistent with the Laguna Madre binational conservation area plan (TNC 2001), the blueprint uses two phases. In phase one, lands are protected within national boundaries, using a variety of instruments. Phase two “welds” the protected areas across boundaries. A seamless corridor might help bring greater attention, protection, and funding for the area from organizations such as the United Nations Educational, Scientific and Cultural Organization (UNESCO). Long-term goals for the region include the incorporation of lands adjacent to the river and lands beyond the Kumiai anchors. Thus, the riparian protected area would begin in the Laguna Mountains and terminate at the Tijuana Estuary on the Pacific Ocean. Estudio de Caso Un Área Trinacional Potencialmente Protegida: El Arroyo Campo-Tecate del Corredor Kumiai Katherine Comer RESUMEN Este escrito delinea un “plan” para el área trinacional potencialmente protegida que beneficiaría la Reserva India de Campo, los Estados Unidos y México. -
Encauzamiento Del Arroyo Alamar Y Construcción De La Vialidad Vía Rápida Alamar Del Km
Encauzamiento del Arroyo Alamar y Construcción de la Vialidad Vía Rápida Alamar del Km. INSTITUTO MUNICIPAL DE PLANEACION 0+000 (Inicio de canalización de la 2da etapa del Río Tijuana) al Km.10+205 (Puente Cañón del Padre de la Autopista Tijuana-Tecate) en el Municipio de Tijuana, Baja California. Manifestación de Impacto Ambiental Modalidad Regional del Proyecto: “Encauzamiento del Arroyo Alamar y Construcción de la Vialidad Vía Rápida Alamar del Km. 0+000 (Inicio de canalización de la 2da etapa del Río Tijuana) al Km.10+205 (Puente Cañón del Padre de la Autopista Tijuana-Tecate) en el Municipio de Tijuana, Baja California” QUE PRESENTA: INSTITUTO MUNICIPAL DE PLANEACIÓN (IMPlan) ELABORADO POR: FEBRERO, 2007 Manifestación de Impacto Ambiental Modalidad Regional Hoja 1 Encauzamiento del Arroyo Alamar y Construcción de la Vialidad Vía Rápida Alamar del Km. INSTITUTO MUNICIPAL DE PLANEACION 0+000 (Inicio de canalización de la 2da etapa del Río Tijuana) al Km.10+205 (Puente Cañón del Padre de la Autopista Tijuana-Tecate) en el Municipio de Tijuana, Baja California. CONTENIDO I. DATOS GENERALES DEL PROYECTO, DEL PROMOVENTE Y DEL RESPONSABLE DEL ESTUDIO...6 II. DESCRIPCION DE LAS OBRAS O ACTIVIDADES.....................................................................................14 III. VINCULACIÓN CON LOS INSTRUMENTOS DE PLANEACIÓN Y ORDENAMIENTOS JURÍDICOS APLICABLES................................................................................................................................................50 IV. DESCRIPCIÓN DEL SISTEMA -
San Diego County Riverside County Orange County
Chino Creek Middle Santa Ana River San Timoteo Wash Middle Santa Ana River Little Morongo Creek-Morongo Wash San Gabriel River 18070106 San Gorgonio River Headwaters Whitewater River Lower Santa Ana River Middle San Jacinto River Santa Ana River 18070203 Upper Whitewater River Temescal Wash Santiago Creek San Jacinto River 18070202 Whitewater River 18100201 San Diego Creek Lower San Jacinto River Upper San Jacinto River Newport Bay 18070204 Palm Canyon Wash O r a n g e C o u n t y RR ii vv ee rr ss ii dd ee CC oo uu nn tt yy Middle Whitewater River O r a n g e C o u n t y Middle San Jacinto River Newport Bay-Frontal Pacific Ocean San Jacinto River Deep Canyon Newport Bay-Frontal Pacific Ocean San Juan Creek Murrieta Creek Aliso Creek-Frontal Gulf of Santa Catalina Aliso Creek-San Onofre Creek 18070301 Wilson Creek Lower Whitewater River San Mateo Creek Santa Margarita River 18070302 Aliso Creek-San Onofre Creek Santa Margarita River Lower Temecula Creek Aliso Creek-Frontal Gulf of Santa Catalina Salton Sea 18100204 Santa Margarita River Upper Temecula Creek Coyote Creek Clark Valley San Felipe Creek San Onofre Creek-Frontal Gulf of Santa Catalina Camp Pendleton Bank Property Middle San Luis Rey River Upper San Luis Rey River Lower San Luis Rey River Escondido Creek-San Luis Rey River San Felipe Creek 18100203 Escondido Creek-San Luis Rey River 18070303 Borrego Valley-Borrego Sink Wash Escondido Creek San Marcos Creek-Frontal Gulf of Santa Catalina Upper Santa Ysabel Creek 8-digit HUC Upper San Felipe Creek Sevice Areas Lower Santa Ysabel -
BORDERLINK 2000. the Alamar River Corridor
BORDERLINK 2000 FINAL REPORT The Alamar River Corridor: An Urban River Park Oasis in Tijuana, Baja California, Mexico Edited by Suzanne Michel Institute for Regional Studies of the Californias San Diego State University San Diego, California 92182-4403 2001 BORDERLINK 2000 The Alamar River Corridor: An Urban River Park Oasis in Tijuana, Baja California, Mexico Edited by Suzanne Michel With the collaboration of Paul Ganster, San Diego State University José Delgadillo, Universidad Autónoma de Baja California (Ensenada) José Guillermo Rodríguez, Universidad Autónoma de Baja California (Tijuana) Hugo René Aguilar, Universidad Autónoma de Baja California (Tijuana) Laura Musacchio, Arizona State University BorderLink 2000 student research team Institute for Regional Studies of the Californias San Diego State University San Diego, California 92182-4403 2001 BorderLink 2000 Student Research Team (see photographs on back cover) Jorge Arámburo, UABC Melissa Barry, ASU Jason Castañeda, SDSU Jennifer Davies, SDSU Heather Davis, SDSU Daniel García de León Munguía, UABC Dillon Gibbons, SDSU Wayne Gomez, SDSU Judith Landau, University of Paris Sonia Martínez Espinoza, UABC Eric Miranda, SDSU/CETYS Adiel Quiñonez García, UABC Alena Rosales Rojas, UABC Rey Soto, SDSU Ralph Stricker, SDSU Susan Tinsky, SDSU Ang élica Villegas Herrera, SDSU Maggie Walker, SDSU Allison Yerger, ASU Copyright 2001 Institute for Regional Studies of the Californias All Rights Reserved ISBN 0-925613-33-9 Table of Contents Acknowledgements.............................................................................................................iv -
Arroyo Toad (Bufo Californicus (=Microscaphus))
Arroyo Toad (Bufo californicus (=microscaphus)) 5-Year Review: Summary and Evaluation Arroyo Toad (Bufo californicus) Photo by permission of Will Flaxington U.S. Fish and Wildlife Service Ventura Fish and Wildlife Office Ventura, California August 2009 5-YEAR REVIEW Arroyo Toad (Bufo californicus (=microscaphus)) I. GENERAL INFORMATION Purpose of 5-Year Reviews: The U.S. Fish and Wildlife Service (Service) is required by section 4(c)(2) of the Endangered Species Act of 1973 (Act) to conduct a status review of each listed species at least once every 5 years. The purpose of a 5-year review is to evaluate whether or not the species’ status has changed since it was listed (or since the most recent 5-year review). Based on the 5-year review, we recommend whether the species should be removed from the list of endangered and threatened species, be changed in status from endangered to threatened, or be changed in status from threatened to endangered. Our original listing of a species as endangered or threatened is based on the existence of threats attributable to one or more of the five threat factors described in section 4(a)(1) of the Act, and we must consider these same five factors in any subsequent consideration of reclassification or delisting of a species. In the 5-year review, we consider the best available scientific and commercial data on the species, and focus on new information available since the species was listed or last reviewed. If we recommend a change in listing status based on the results of the 5-year review, we must propose to do so through a separate rule-making process defined in the Act that includes public review and comment. -
1 Introduction
1 Introduction The San Diego Integrated Regional Water Management (IRWM) Region extends east from the Pacific Ocean, through one of the most populous areas in the nation, to the ridgeline of a forested mountain range (ACS, 2017). San Diego is an immensely complex border region consisting of 11 watersheds that jointly provide water sufficient to reliably meet only about 15% of the region’s current water demands. The region’s diverse habitats range from coastal to mountainous, and support more threatened and endangered species than any comparable land area in the nation (County of San Diego, 2009). Most of the 3.2 million people within the region inhabit the urbanized coastal areas, and the population of these areas is expected to increase by 29% percent by 2050, to over 4.0 million, according to the San Diego Association of Governments (SANDAG) forecast (SANDAG, 2013). The 2019 IRWM Plan Update presents an overarching assessment of the San Diego region’s water supply, water quality and ecosystem challenges and provides recommendations for The San Diego IRWM Region includes sustainable solutions. eleven parallel watersheds. Seeking and implementing integrated water management solutions is not new to the San Diego region. With average precipitation levels of only 10 inches per year at the coast, collaboration has been instrumental to overcoming the challenges of water scarcity. For example, the federal government assisted local agencies with water management issues in 1908 with the formation of the Cleveland National Forest to protect source water supplies. With the formation of the San Diego County Water Authority (Water Authority) in 1944, the diverse communities of the San Diego region formally banded together to build the aqueducts needed to import freshwater supplies.