Watershed Protection Design - Engineer K - Flood Control System
O · Obligation
Individual
http://proethica.org/ontology/case/4#Watershed_Protection_Design_-_Engineer_K_-_Flood_Control_System
Properties
Instance of
WatershedProtectionDesignObligation
http://proethica.org/ontology/intermediate#WatershedProtectionDesignObligation
Case context
Engineer K designed a flood control system where the Traditional Approach's capacity exceedance scenario would divert floodwaters to an underserved community, and where the system lacked expandability for future flood risk increases.
Compliance status
met
Confidence
0.83
Importance
high
Obligated party
Engineer K
Obligation statement
Engineer K was obligated to ensure that the flood control system design adequately protected all affected communities — including the nearby underserved community — from flood risk, including accounting for capacity exceedance scenarios and the cumulative risk increases from the design's inability to expand with future flooding risk.
Temporal scope
During the design phase and in the comparative analysis presented to City leadership
Relationships
Source Evidence
Source text
Engineer K discovers that the Traditional Approach could disproportionately impact a nearby underserved community by diverting floodwaters to their neighborhood under low-probability but high-volume conditions—particularly if the design capacity of the Traditional Approach is breached
Text references
Engineer K discovers that the Traditional Approach could disproportionately impact a nearby underserved community by diverting floodwaters to their neighborhood under low-probability but high-volume conditions—particularly if the design capacity of the Traditional Approach is breached
the system does not provide for expandability should future flooding risk expand or increase and would require complete demolition and rebuilding if the capacity proved insufficient in the future
TTL
@prefix case4: <http://proethica.org/ontology/case/4#> .
@prefix owl: <http://www.w3.org/2002/07/owl#> .
@prefix proeth: <http://proethica.org/ontology/intermediate#> .
@prefix proeth-core: <http://proethica.org/ontology/core#> .
@prefix prov: <http://www.w3.org/ns/prov#> .
@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> .
@prefix xsd: <http://www.w3.org/2001/XMLSchema#> .
case4:Watershed_Protection_Design_-_Engineer_K_-_Flood_Control_System a proeth:WatershedProtectionDesignObligation,
owl:NamedIndividual ;
rdfs:label "Watershed Protection Design - Engineer K - Flood Control System" ;
proeth-core:defeasibleUnder case4:City_Refusal_to_Mitigate_Underserved_Community_Risk,
case4:Identified_Floodwater_Diversion_Risk_to_Underserved_Community ;
proeth:casecontext "Engineer K designed a flood control system where the Traditional Approach's capacity exceedance scenario would divert floodwaters to an underserved community, and where the system lacked expandability for future flood risk increases." ;
proeth:compliancestatus "met" ;
proeth:conceptCategory "Obligation" ;
proeth:confidence "0.83" ;
proeth:derivedFromPrinciple case4:Environmental_Justice_as_Engineering_Design_Obligation_Invoked_by_Engineer_K,
case4:Public_Welfare_Paramount_Invoked_in_Flood_Control_System_Design ;
proeth:discoveredincase "4" ;
proeth:discoveredinpass "2" ;
proeth:discoveredinsection "facts" ;
proeth:firstdiscoveredat "2026-02-24T14:32:04.914222+00:00" ;
proeth:firstdiscoveredincase "4" ;
proeth:generatedattime "2026-02-24T14:32:04.914222+00:00" ;
proeth:importance "high" ;
proeth:obligatedparty "Engineer K" ;
proeth:obligationclass "Watershed Protection Design Obligation" ;
proeth:obligationstatement "Engineer K was obligated to ensure that the flood control system design adequately protected all affected communities — including the nearby underserved community — from flood risk, including accounting for capacity exceedance scenarios and the cumulative risk increases from the design's inability to expand with future flooding risk." ;
proeth:sourcetext "Engineer K discovers that the Traditional Approach could disproportionately impact a nearby underserved community by diverting floodwaters to their neighborhood under low-probability but high-volume conditions—particularly if the design capacity of the Traditional Approach is breached" ;
proeth:temporalscope "During the design phase and in the comparative analysis presented to City leadership" ;
proeth:textreferences "Engineer K discovers that the Traditional Approach could disproportionately impact a nearby underserved community by diverting floodwaters to their neighborhood under low-probability but high-volume conditions—particularly if the design capacity of the Traditional Approach is breached",
"the system does not provide for expandability should future flooding risk expand or increase and would require complete demolition and rebuilding if the capacity proved insufficient in the future" ;
proeth:wasattributedto "Case 4 Extraction" ;
prov:generatedAtTime "2026-02-24T14:47:31.245461"^^xsd:dateTime ;
prov:wasGeneratedBy "ProEthica Case 4 Extraction" .
Metadata
Extraction details
Discovered in case
4
Discovered in pass
2
Discovered in section
facts
First discovered
2026-02-24T14:32:04.914222+00:00
First case
4
Generated
2026-02-24T14:32:04.914222+00:00
Attributed to
Case 4 Extraction
Generated
2026-02-24T14:47:31.245461
Generated by
ProEthica Case 4 Extraction