bob gearheart
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The Sustainability Paradigm Dance
Robert Gearheart, Ph.D., P.E.Professor of Environmental Engineering
Humboldt State UniversityArcata, California
After hanging around for 30 years I am just beginning to see the light
The Promise of the Clean Water Act
Senator Muskie 1971
• Concept of zero discharge-contaminants not water
• Fishable waters
• Swim able waters
• Reuse/recycle
• Help small communities (1977)
• Prohibits discharge of toxic pollutants in toxic amounts
Hydrological Scale
• Interstate/multi bioregions• Watersheds in a single bioregions• Large areas of silviculture and agriculture• Large urban watersheds-devoid of natural drainage• Small urban areas with elements of natural drainage• Neighborhood drainage areas• Individual domestic/commerical/industrial lots• Various infiltrative and impervious surfaces types
Natural Systems
• Hydrological Processes• Ecological Processes• Microbial Processes• Physical Processes• Chemical Processes• Biogeochemical Processes
Watershed Approach
The basic concept remains that watershed analysis is a mechanism to address inconsistencies between the current scales of planning and the direction to implement ecosystem management.
What can governments do-or undo- to provide incentives for planning and design of industrial and urban watersheds that incorporates the principles of ecological engineering?
i.e.- In most cases it is impossible to re-establish natural landscapes-perhaps identify ecological functions to put into place to replace and restore lost functions not just preserving poorly functioning ecological services-case in point-recent State Board wetland policy.
The Test
Watershed analysis fails if it becomes an end in itself. It succeeds if it orders and enlightens all the diverse array of activities that are done under the name watershed management.
The Challenge
“ For several decades, we have grappled with how land use activities on federal, state, and private lands interact to affect hydrologic and ecologic processes.” USGS
“ Grappling leaves its impact” RAG
Alphabet Sustainability Soup
Low Impact Development LIDEcological Footprint EFPLow Impact Feasibility Evaluation LIFE TM
Leadership in Energy and Environmental Design LEEDPlanned Obsolescence's Minimized MOPLife Cycle Analysis LCAResource Utilization and Environmental Management RUEMWater and Wastewater Treatment Appropriate for Reuse WAWTTAR
The Implementation Gaunlet-an impediment to sustainability-
Local city and county zoning and public health rulesRegional Water Quality Control BoardCalifornia Fish and GameCalifornia Coastal CommissionCalifornia Department of ForestryState Water Resources Control BoardState Office of Planning and Research ( CEQA)National Marine FisheriesNational Atmospheric and Oceanic AdministrationCorps of EngineersEnvironmental Protection AgencyNon-government organizations, i.e., Riverwatch, Bay Keepers, EPIC
Sustainability
• Resource
• Technical
• Institutional
• Community
The Environmental Justice Perspective
Equitable access. Sustainability suggests fair and equitable access to water, water dependent resources and related infrastructure
PARADIGM SHIFT
PRESENT FUTURETechnical
Technological Standard Performance StandardSophisticated Equipment Appropriate EquipmentCapitalization-Equip Sustainable-NaturalComplex Operations Simple Operations
Societal/Economic
Healthy IndividualHealthy CommunityCentralization Decentralization Technology Based Community BasedSocietal Cost Community OpportunitySubsidized Self Supporting
Resource/Environment
Resource Protection Resource EnhancementEnergy Intense Low Energy NeedsDischarge/Disposal Reuse/ReclamationTechnological Approaches Ecological Approaches
PRESENT FUTUREResource/Environment
Resource Protection Resource EnhancementEnergy Intense Low Energy NeedsDischarge/Disposal Reuse/ReclamationTechnological Approaches Ecological Approaches
PRESENT FUTURESocietal/Economic
Healthy Individual Healthy CommunityCentralization Decentralization Technology Based Community BasedSocietal Cost Community OpportunitySubsidized Self Supporting
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PRESENT FUTURETechnical
Technological Standard Performance StandardSophisticated Equipment Appropriate EquipmentCapitalization-Equip Sustainable-NaturalComplex Operations Simple Operations
Case Studies
• Willits -Mendocino County
• Arcata-Humboldt County
• Oaxaca Mexico-
Willits• Small rural communities in Mendocino County-facility
planning process-Natural system
• Willits has been working with NCRWQB since 1996 to develop a natural treatment system -ponds and wetlands Board staff have rotated through project -
• Variance from dilution requirement (no science support) required extensive modeling-
• Staff changed which changed the requirement identified a wetland mitigation which was not possible-previous staff had not identified the issue-Wetland Policy-
• Cost 5 yrs and several million dollars-($5 M to over 10M)community is economically depressed-loss of confidence in Regional Board
Oaxaca MexicoUAJBO
Engineers Without BordersUpflow Anaerobic Sludge
Blanket (UASB)Oxidation Pond-deep cellFree Surface Constructed WetlandSubsurface Irrigation
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City of Arcata’s Marsh and Wildlife Sanctuary
Wastewater Treatmentand water reclamation
Passive RecreationPark activities
EnvironmentalEducation
Wetland habita t
Open space/aesthetics
Cummulative CommunityBenefits/values from theoverlays of uses andfunctions
Community/govt.investments inenvironmentalservices and restoration
Degraded-misused-over used and
under utilized riverine or estuarine or lakefringes and edges-a piece of real estate
CarbonSequestration
Increased Propert ValuesAdjacent to AMWS
Public Relations andCommunity Marketing
Value of Constructed Wetland Treatment System with Multiple Benefits - Arcata
Marsh and Wildlife Sanctuary-2002
($/yr)
Alternative advance wastewater treatment 240,000(nitrification/denitrification/filtration)
Recreation/Public Use (180,000 pe x 1 hr x #6.50/hr) 1,170,000Environmental Education (10,000 pe x 2 hr x $28/hr) 560,000 Wetland Habitat (90 acres x $20,500/acre)(0.08) 147,000Public Relation (52 weeks x $750week) 39,000Carbon Sequestration
Total Annual Community Value of AMWS $ 2,156,000
So what is it about natural treatment systems?
• Is it their biogeochemical effectiveness ?• Is it their simplicity?• Is it their elegance?• Is it their biological complexity?• Is it the diversity of disciplines involved?• Is it because there is an element of
imagination and creative vision involved?• Are their aesthetic qualities expressed?• Others
Constraints, Uncertainties and Threats
Divergent regulatory agendas-Unfunded mandates-Discharge permits moving targets-Fines and moratoriums-Conflicting science-Political insecurities and short life cycles-Regulatory discretionary decisions-Permitting and approval quagmires -Bounty hunting NGO’s-Others-
Assessment• Aquatic natural resources are diminishing and
beneficial uses reduced
• Technical approaches are resource consuming costly and non-sustainable
• Communities participation is dwindling and non-supportive
• State regulatory agencies are often inconsistent, arbitrary and non-responsive to communities and landowners-where is the technical assistance??
• “blind to the needs of the community and the reality of the situation” quote from a Ferndale citizen
Recommendations• Develop a more facilitative and assistance driven State Board and
Regional Board approach to dealing with permit tees within the normal permit preparation and monitoring activities-wrench versus hammer approach
• In concert with other resource agencies develop systematic watershed approaches to permitted municipal, storm water, and industrial discharges-Promises of the FCWA
• Minimize lengthy and contested Board/Agency interactions which often affect the poor and specific ethnic groups-
• Develop a unit which deals specifically with small communities and communities with significant environmental justice issues-affording technical ,CEQA,legal, and permit expertise
• Within the Regional Boards develop a planning vision supported by qualified staff that promote watershed restoration/enhancement, natural systems/performance based treatment, and community participation-
Monitoring Data GapsNatural systems need to be monitored to demonstrate
effectiveness
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