Mokelumne River

YEARS	PROJECT TITLE	LAST UPDATE
1998 - 2001	Replenish and cleanse gravel in areas of the Mokelumne River suitable for salmonid spawning.	7/19/2010
1998 - 2001	Replenish and cleanse gravel in areas of the Mokelumne River suitable for salmonid spawning.	7/19/2010
1999 - 2000	Evaluate spawning gravel in the Mokelumne River.	7/23/2010
1999 - 2000	Support programs to provide educational outreach and local involvement in restoration for teachers and students in the Lodi, Modesto and Merced unified school districts.	6/24/2010
2000 - 2005	Protect 2.3 acres of riparian habitat and reduce streambank erosion 1.5 miles downstream of Camanche Dam on the south side of the Mokelumne River.	7/23/2010
2002 - 2006	Demonstration Project to Test a New Interdisciplinary Approach to Rehabilitating Salmon Spawning in the Central Valley.	7/23/2010
2006 - Ongoing	An integrated microchemistry/microstructure approach to evaluate Chinook salmon otoliths to determine hatchery or of natural origin.	7/23/2010

Mokelumne river streambank improvement project, 0.011 mb (.011 MB)

Application of a 2D Hydraulic Model to Reach-scale Spawning Gravel Rehabilitation, 4.77 mb (4.77 MB)

Mokelumne River Spawning Habitat Improvement Project Monitoring, 1.31 mb (1.31 MB)

Application of a 2-D Hydraulic Model to Reach-scale Spawning Gravel Rehabilitation, 4.65 mb (4.65 MB)

Demonstration Project to Test a New Interdisciplinary Approach to Rehab Salmon Spawning Habitat in Central Valley - Final Report. 2006, 30.22 mb (0.22 MB)

Lower Mokelumne River Spawning Habitat Improvement Project, March 2009 ()

Finding of No Signigicant Impact for the Lower Mokelumne River Spawning Habitat Improvement Project, September 3, 2009 (3, 2009)

Evaluation of Chinook salmon otoliths to determine hatchery or natural origin in the Mokelumne River watershed in California Central Valley. Nov 2009. ()

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Status	Description
Ongoing	A3. Reduce and control flow fluctuations to avoid and minimize adverse effects to juvenile salmonids.
Ongoing	A1. Supplement flows with water acquired from willing sellers consistent with applicable guidelines or negotiate agreements to improve conditions for all life history stages of chinook salmon and steelhead.
Not Addressed	E4. Evaluate the effects of extending the closure of the fishing season from 31 December to 31 March (and possibly to 1 June) to protect juvenile salmonids and adult steelhead and prevent anglers from wading on redds.
Not Addressed	E3. Evaluate the incidence of predation on juvenile salmonids emigrating past Woodbridge Dam, and investigate potential remedial actions if necessary.
Ongoing	E2. Evaluate and facilitate passage of spawning adult salmonids in the fall and juvenile salmonids in the spring past Woodbridge Irrigation District Diversion Dam and Lodi Lake.
Not Addressed	E1. Evaluate the effectiveness of pulse flows to facilitate successful emigration of juvenile salmonids in the spring, and determine the efficacy in all water year types.
Not Addressed	A9. Eliminate or restrict gravel mining operations in the Mokelumne River flood plain to prevent damage to potential spawning areas and encroachment of vegetation.
Ongoing	A8. Establish and enforce water quality standards to provide optimal water quality for all life history stages of salmonids.
Ongoing	A7. Enhance and maintain the riparian corridor to improve streambank and channel rearing habitat for juvenile salmonids.
Not Addressed	A6. Maintain suitable water temperatures for all salmonid life stages.
Not Addressed	A5. Screen all diversions to protect all life history stages of anadromous fish.
Not Addressed	A4. Reduce and control flow fluctuations to avoid and minimize adverse effects to juvenile salmonids.
Ongoing	A3. Cleanse spawning gravel of fine sediments and prevent sedimentation of spawning gravel.
Ongoing	A2. Replenish gravel suitable for salmonid spawning habitat.
Not Addressed	A1. Supplement flows with water acquired from willing sellers consistent with applicable guidelines or negotiate agreements to improve conditions for all life history stages of chinook salmon and steelhead.