Activity 07: Climate Action and Sustainability

interface CarbonProfile {
  location: LocationData;
  housingType: 'apartment' | 'house' | 'informal_settlement' | 'rural_home';
  energySources: EnergySource[];
  transportationMethods: TransportMethod[];
  dietaryPatterns: DietaryPattern[];
  consumptionHabits: ConsumptionHabit[];
  economicLevel: 'low' | 'moderate' | 'high';
}

interface SustainabilityAction {
  actionType: 'reduce' | 'offset' | 'adapt';
  category: 'energy' | 'transport' | 'food' | 'waste' | 'consumption';
  impact: number; // CO2e saved/offset
  cost: number; // implementation cost
  accessibility: AccessibilityLevel;
  culturalSensitivity: CulturalSensitivity;
}

class CarbonTrackingEngine {
  constructor(
    private emissionFactors: RegionalEmissionFactors,
    private localDataSources: LocalDataSource[],
    private actionDatabase: SustainabilityActionDatabase
  ) {}

  // TODO: Calculate contextual carbon footprint
  async calculateContextualFootprint(
    carbonProfile: CarbonProfile,
    timeframe: TimeFrame,
    dataAvailability: DataAvailability
  ): Promise<CarbonFootprintAnalysis> {
    // Account for economic constraints on choice
    // Include informal economy activities
    // Recognize limited access to sustainable options
    // Your implementation here
  }

  // TODO: Track community-level emissions
  async trackCommunityEmissions(
    communityProfiles: CarbonProfile[],
    sharedInfrastructure: Infrastructure[],
    collectiveActions: CollectiveAction[]
  ): Promise<CommunityEmissionsProfile> {
    // Aggregate individual and shared emissions
    // Account for community-scale interventions
    // Show collective impact potential
    // Your implementation here
  }

  // TODO: Suggest contextually appropriate actions
  async suggestSustainabilityActions(
    currentFootprint: CarbonFootprint,
    userConstraints: UserConstraint[],
    localOpportunities: LocalOpportunity[]
  ): Promise<PersonalizedActionPlan> {
    // Prioritize high-impact, low-cost actions
    // Consider cultural acceptability
    // Account for infrastructure limitations
    // Your implementation here
  }
}

class ClimateActionGamification {
  // TODO: Progressive sustainability challenges
  async createSustainabilitychallenges(
    userProfile: CarbonProfile,
    motivationalPreferences: MotivationalPreferences,
    localContext: LocalContext
  ): Promise<SustainabilityChallengeProgram> {
    // Weekly/monthly sustainability challenges
    // Adapted to local resources and constraints
    // Community challenges for collective action
    // Your implementation here
  }

  // TODO: Impact visualization and celebration
  async visualizeImpactAchievements(
    carbonReductions: CarbonReduction[],
    communityContributions: CommunityContribution[],
    globalContext: GlobalClimateContext
  ): Promise<ImpactVisualization> {
    // Show personal progress in global context
    // Celebrate both individual and collective wins
    // Connect local actions to global climate goals
    // Your implementation here
  }

  // TODO: Peer motivation and knowledge sharing
  async facilitatePeerMotivation(
    userCommunity: SustainabilityCommunity,
    successStories: SuccessStory[],
    challengeSolutions: ChallengeSolution[]
  ): Promise<PeerMotivationSystem> {
    // Share sustainable living tips and experiences
    // Anonymous progress sharing for motivation
    // Peer problem-solving for sustainability challenges
    // Your implementation here
  }
}

interface ClimateRiskProfile {
  location: LocationData;
  currentClimateRisks: ClimateRisk[];
  futureProjections: ClimateProjection[];
  vulnerabilityFactors: VulnerabilityFactor[];
  adaptiveCapacity: AdaptiveCapacity;
  existingProtections: ExistingProtection[];
}

class ClimateResilienceAssessment {
  // TODO: Localized climate risk analysis
  async assessLocalClimateRisks(
    location: LocationData,
    climateProjData: ClimateProjectionData,
    vulnerabilityIndicators: VulnerabilityIndicator[]
  ): Promise<LocalClimateRiskAssessment> {
    // Heat waves, flooding, drought, storms
    // Infrastructure vulnerability analysis
    // Population-specific risks (elderly, children, disabled)
    // Your implementation here
  }

  // TODO: Household resilience planning
  async createHouseholdResiliencePlan(
    householdProfile: HouseholdProfile,
    localRisks: LocalClimateRisk[],
    availableResources: AvailableResource[]
  ): Promise<HouseholdResiliencePlan> {
    // Emergency preparedness checklists
    // Adaptation measures within budget constraints
    // Early warning system integration
    // Your implementation here
  }

  // TODO: Community resilience coordination
  async coordinateCommunityResilience(
    communityMembers: CommunityMember[],
    sharedResources: SharedResource[],
    collectiveVulnerabilities: CollectiveVulnerability[]
  ): Promise<CommunityResiliencePlan> {
    // Mutual aid networks for climate emergencies
    // Shared infrastructure protection
    // Community early warning systems
    // Your implementation here
  }
}

class ClimateSmartAgriculture {
  // TODO: Crop adaptation recommendations
  async recommendCropAdaptations(
    currentCrops: Crop[],
    localClimateChanges: ClimateChange[],
    soilConditions: SoilCondition[],
    marketAccess: MarketAccess
  ): Promise<CropAdaptationPlan> {
    // Climate-resilient crop varieties
    // Planting schedule adjustments
    // Water conservation techniques
    // Your implementation here
  }

  // TODO: Weather-based farming guidance
  async provideWeatherGuidance(
    currentWeather: WeatherData,
    seasonalForecasts: SeasonalForecast[],
    farmingActivities: FarmingActivity[]
  ): Promise<WeatherBasedGuidance> {
    // Optimal planting/harvesting timing
    // Pest and disease risk alerts
    // Irrigation scheduling recommendations
    // Your implementation here
  }

  // TODO: Food security planning
  async planFoodSecurity(
    householdFoodNeeds: FoodNeed[],
    localFoodSystems: LocalFoodSystem[],
    climateRisks: ClimateRisk[]
  ): Promise<FoodSecurityPlan> {
    // Diversified food sources
    // Food preservation techniques
    // Community food sharing networks
    // Your implementation here
  }
}

class WaterConservationSystem {
  // TODO: Household water usage tracking
  async trackWaterUsage(
    householdProfile: HouseholdProfile,
    waterSources: WaterSource[],
    usagePatterns: UsagePattern[]
  ): Promise<WaterUsageAnalysis> {
    // Track consumption across different uses
    // Identify conservation opportunities
    // Account for water access limitations
    // Your implementation here
  }

  // TODO: Rainwater harvesting optimization
  async optimizeRainwaterHarvesting(
    localRainfallData: RainfallData,
    roofArea: number,
    storageCapacity: number,
    waterDemand: WaterDemand
  ): Promise<RainwaterHarvestingPlan> {
    // Calculate optimal storage size
    // Design collection system
    // Plan usage distribution
    // Your implementation here
  }

  // TODO: Community water resource management
  async manageSharedWaterResources(
    communityWaterSources: WaterSource[],
    userGroups: WaterUserGroup[],
    seasonalAvailability: SeasonalAvailability
  ): Promise<CommunityWaterManagementPlan> {
    // Equitable water allocation
    // Conservation enforcement
    // Conflict resolution mechanisms
    // Your implementation here
  }
}

class CleanEnergyAdoption {
  // TODO: Solar energy feasibility assessment
  async assessSolarFeasibility(
    location: LocationData,
    energyNeeds: EnergyNeed[],
    financialCapacity: FinancialCapacity,
    installationConstraints: InstallationConstraint[]
  ): Promise<SolarFeasibilityReport> {
    // Solar potential analysis
    // Cost-benefit calculation
    // Financing options exploration
    // Your implementation here
  }

  // TODO: Energy efficiency optimization
  async optimizeEnergyEfficiency(
    currentEnergyUsage: EnergyUsage,
    householdConstraints: HouseholdConstraint[],
    availableUpgrades: EfficiencyUpgrade[]
  ): Promise<EfficiencyOptimizationPlan> {
    // Low-cost efficiency improvements
    // Behavioral change recommendations
    // Appliance upgrade priorities
    // Your implementation here
  }

  // TODO: Community energy cooperative planning
  async planEnergyCoooperative(
    communityMembers: CommunityMember[],
    collectiveEnergyNeeds: CollectiveEnergyNeed[],
    cooperativeModels: CooperativeModel[]
  ): Promise<EnergyCooperativePlan> {
    // Shared solar installations
    // Community energy storage
    // Peer-to-peer energy trading
    // Your implementation here
  }
}

class EnvironmentalJusticeTools {
  // TODO: Environmental hazard mapping
  async mapEnvironmentalHazards(
    location: LocationData,
    hazardTypes: EnvironmentalHazard[],
    populationData: PopulationData,
    healthImpacts: HealthImpact[]
  ): Promise<EnvironmentalJusticeMap> {
    // Pollution exposure mapping
    // Vulnerable population overlay
    // Health disparity correlation
    // Your implementation here
  }

  // TODO: Community advocacy support
  async supportCommunityAdvocacy(
    environmentalIssues: EnvironmentalIssue[],
    advocacyTargets: AdvocacyTarget[],
    communityCapacity: CommunityCapacity
  ): Promise<AdvocacyActionPlan> {
    // Issue documentation tools
    // Petition and campaign management
    // Media and outreach planning
    // Your implementation here
  }

  // TODO: Policy impact tracking
  async trackPolicyImpacts(
    environmentalPolicies: EnvironmentalPolicy[],
    communityOutcomes: CommunityOutcome[],
    implementationProgress: ImplementationProgress[]
  ): Promise<PolicyImpactDashboard> {
    // Policy effectiveness monitoring
    // Community outcome correlation
    // Advocacy success measurement
    // Your implementation here
  }
}