EMS CHAPTER 3

Main ideas and lessons

• Chapter focus: poverty + environmental management system in operations

  • Operations management is tied to how organizations design systems, allocate resources, control risk, and build reliable supply chains.
  • Environmental degradation and poverty interact in a two-way relationship that affects:
    • Workforce capacity and reliability (attendance, health, skills, turnover)
    • Material flow and supply continuity (lead times, capacity, disruptions)
    • Costs and demand (higher prices, weaker demand, vulnerability)
    • Community and firm disruption exposure

• Scarcity creates tradeoffs (operations are resource-constrained)

  • A resource that seems “available” can become a critical constraint (e.g., water, energy, raw materials, skilled labor, transport, capacity, time, working capital).
  • Scarcity affects operations such as production, sanitation, food processing, and health services.
  • Good managers don’t wait for crises; they:
    • Identify critical resources
    • Measure consumption
    • Reduce waste
    • Qualify alternative suppliers
    • Prepare contingency plans
  • Poor households/small enterprises have fewer buffers, so they experience scarcity first and hardest.

• Poverty is multidimensional and affects labor and operations

  • Beyond income: food security, safe water, shelter, education, health care, security, and access to opportunity.
  • These conditions influence operations through:
    • Higher illness/nutrition problems → more absenteeism and safety/quality incidents
    • Limited education/training → skills gaps
    • Weak transport/housing → less reliable attendance
    • Low/unstable income → changes in customer purchasing behavior
  • Ethical takeaway: don’t blame poor workers/communities; instead, design fair operations:
    • Fair wages, safe work, reasonable schedules, training, and accessible systems.

• Poverty–environment relationship forms reinforcing “feedback loops”

  • Environmental degradation reduces land/water/forest quality → livelihood loss → more poverty/vulnerability.
  • People under survival pressure may exploit resources more intensively → further environmental stress.
  • This can resemble a reinforcing loop where one disadvantage triggers another.

• Business responses should target the full value chain

  • Companies can worsen cycles via pollution and irresponsible extraction.
  • Or reduce cycles via:
    • Decent jobs
    • Reducing ways/pollution and responsible sourcing
    • Better resource efficiency
    • Supporting local suppliers
  • Operations managers should evaluate not only internal cost/output, but total value chain impacts.

• External “risk map” for drivers of poverty

  • Drivers are grouped into categories:
    • Environmental
    • Economic
    • Health
    • Governance
    • Demographic/Social
  • Risks interact, so planning must consider combinations, not silos (e.g., drought affects supply; governance failures affect infrastructure; conflict/displacement interrupts labor/transport).

• Poverty trap = interconnected disadvantages

  • Disadvantages reinforce each other (reinforcing loop).
  • Example dependencies:
    • Hunger → reduced concentration/productivity
    • Disease → inability to work + expenses
    • Limited education → fewer skilled jobs
    • Low income → harder access to food/health/transport/education
  • A single isolated intervention may fail.
  • Operations managers should:
    • Diagnose root causes and dependency “cause maps”
    • Coordinate interventions across the system

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Detailed instruction-style methods / action steps presented

1) Scarcity management (what good operations managers do)

• Identify critical resources (e.g., water, energy, skilled labor, transport capacity, working capital)
• Measure consumption patterns
• Reduce waste and unnecessary usage
• Qualify alternative supplies/suppliers
• Prepare contingency plans for disruptions
• Consider that households/small enterprises may have minimal buffers

2) Workforce and fair operating conditions

• Provide fair wages
• Ensure safe working conditions
• Offer reasonable schedules
• Provide training
• Improve access to benefits and support systems
• Use metrics/indicators to monitor impacts:
  • Attendance reliability
  • First pass yield
  • Defect rate
  • Labor turnover
  • Training completion
  • Output per labor hour

3) Diagnose and break poverty traps (systems approach)

• Build a “cause map” of dependencies among constraints
• Coordinate interventions rather than optimize one activity
• Use examples given:
  • Training alone may fail if workers lack transport/health access
  • Job creation may fail if power/materials/markets are unreliable

4) Environmental side: reduce exposure and operational risk (general approach)

• Reduce exposure by:
  • Improving resource efficiency
  • Diversifying supply
  • Monitoring environmental risk
  • Working with communities and regulators
• Evaluate pressures and address them through sourcing, employment, waste, land use, pricing, and investment decisions.

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Environmental topics covered (cause → operational effects → responses)

A) Erosion

• Causes: vegetation loss, unstable farming, construction/mining, heavy rainfall, overgrazing
• Operational effects:
  • Lower agricultural yield and inconsistent quality
  • Higher production costs, price volatility
  • Sediment damages water systems, irrigation, roads/facilities
  • Increased maintenance and logistics costs
• Operations manager response:
  • Don’t focus only on lowest current input price; supplier practices affect future capacity
  • Implement soil conservation and partnering for sustainable production:
    • vegetation restoration
    • responsible construction
    • river bank protection
    • long-term supply partnerships
• Example: rice meal depending on sloping farms → erosion reduces usable grain and raises costs
  • Response includes working with cooperatives/agencies on contour farming + rewarding quality in procurement contracts
• Measures listed:
  • Farm yield
  • Incoming materials rejection
  • Meal recovery rates
  • Maintenance hours
  • Purchase price variability
  • Supply-participation in soil programs

B) Deforestation

• Operational effects:
  • Unstable timber/agricultural supplies
  • Flood/landslide risks
  • Water quality problems
  • Transport disruption and community conflict
  • Legal/reputational/market access risks from illegal/destructive sources
• Operations response:
  • Supply chain traceability and due diligence
  • Compliance with land/forestry rules
  • Prefer certified/responsibly produced inputs
  • Protect existing forests (more effective than plantations immediately)
• Example: packaging company cannot prove legal origin → suspend orders, verify/audit supply chain, qualify certified alternatives
• Measures listed:
  • % traceable paper fiber
  • % recycled content
  • Supplier audit closure rate
  • Rejected shipments
  • Emergency sourcing cost due to government document requirements

C) Climate change

• Drivers: greenhouse gas emissions, deforestation, agriculture, waste, energy-intensive activity
• Operational effects:
  • Heat stress, facility damage
  • Transport disruptions
  • Unstable agriculture, power/water shortages
  • Schedule delays, changing demand
  • Capacity planning/facility location/inventory buffers challenges
  • Occupational safety and insurance costs
• Operations responsibilities (three-part approach):
  • Mitigation: reduce emissions (energy efficiency, renewables, waste reduction, low-carbon processes/logistics)
  • Adaptation: prepare/resilience planning (resilient facilities, alternative suppliers, flexible scheduling, emergency procedures)
  • Strategy should protect workers and nearby communities rather than shift risks onto them
• Example (logistics provider): stronger flooding exposure
  • Study exposure on routes, upgrade solutions, maintain refrigeration units, monitor temperatures, install backup power
  • Improve load planning to reduce fuel use/emissions
• Key measures listed:
  • On-time delivery
  • Temperature compliance rate
  • Fuel use for delivery (delivery-related product cost)
  • Root disruption per shipment
  • Recovery time

D) Resource depletion (minerals/water/overfishing/over-extraction/pollution)

• Effects:
  • Higher purchasing costs, longer lead times
  • Lower capacity utilization
  • Potential production stage disruption if essential materials are scarce
• Operations response:
  • Measure resource productivity (output per unit of water/material/energy)
  • Apply circular practices:
    • prevention
    • repair, reuse
    • recycling and recovery of by-products
  • Diversify supply and source responsibly
  • Efficiency should reduce total pressures, not shift them to another place/supplier
• Example: appliance manufacturer redesigns washing machine for repair/replacement/recovery; increases recycled content; collects end-of-life units for remanufacture
• Measures referenced: service/manufacturing part defect rate, product life, material cost per unit

E) Drought and water crisis

• Causes: climate change, deforestation, excessive use, pollution, weak water governance
• Operational effects:
  • Reduced agricultural output, higher food/material prices
  • Interactions with sanitation → conflict among households/farms/industry
  • Water quality/quantity/continuity constraints for processes and worker well-being
• Operations response:
  • Treat water as a critical input:
    • quality, quantity, cost, continuity requirements
  • Map water use by process; detect leaks; set consumption targets
  • Ensure storage and treatment systems; prepare for supply interactions
  • Go beyond “inside the facility”:
    • watershed protection
    • pollution control
    • careful water allocation consultation
    • ensure business continuity does not reduce essential household access
• Example (food processing plant):
  • Manage drought by adjusting consumption by process rather than uniform reduction
  • Repair leaks, install water-saving methods, reuse rinse water where safe
  • Check withdrawals impact on nearby households/farms
  • Savings must not compromise hygiene or community access
• Measures listed:
  • Cubic meters per unit of product
  • Leak loss
  • Water quality compliance
  • Sanitation failures/production stoppages due to shortage
  • Community complaints

F) Health care limitations (health → poverty → operations)

• Core idea: inadequate health care harms workforce capacity and safety/quality, and poverty worsens health access.
• Effects:
  • Nutrition/treatment illness → absenteeism
  • Presentism (working while unwell) → fatigue, errors, accidents
  • Increased turnover as workers leave due to health conditions
• Operations response (“responsible workforce management”):
  • Safe working conditions
  • Reasonable workloads
  • Preventive health programs
  • Access to benefits and mental health supports
  • Use indicators while protecting privacy:
    • absences, overtime, incidents, turnover, ergonomic risk
• Example (hospitals):
  • Nurse absence/turnover → capacity constraints despite available beds
  • Waiting times and medication errors increase
  • Response: adjust staffing ratios, improve handovers, support mental health, redesign non-clinical tasks

G) Governance (public and internal)

• Public governance:
  • Determines how funds, infrastructure, and natural resources are managed
  • Weak governance → permit delays, unreliable utilities, corruption, environmental violations, unfair competition → higher transaction costs/uncertainty
• Internal governance:
  • Clear authority, documented procedures, transparent procurement, segregation of duties, accurate records/audit trails reduce waste and fraud
  • Ethical procurement should consider total value quality/reliability/legal and social/environmental performance—not only price or personal influence
  • Note: government intervention may mandate compliance documents

H) Demographic and social factors + employment

• How demographics affect operations:
  • Population size/age/location/income/household structure → demand forecasting and capacity planning
  • Migration/conflict → labor availability, supplier and distribution changes
  • Rapid growth → overload transport, utilities, waste systems, hospitals
• Business responses:
  • accessible products
  • inclusive hiring
  • flexible service channels
  • responsible facility expansion and partnerships supporting local skills/infrastructure
• Employment link to poverty
  • Unemployment comes from:
    • weak demand, business closure
    • technology change
    • skill mismatch
    • seasonal activity
    • limited investment
  • Workforce planning should align demand/production needs with:
    • skill development and training
    • automation considerations (workers redeployed/trained)
  • Ensure employment is safe and compensation is fair and aligned with sustainable demand (not short-term targets)
• Types of unemployment and management implication:
  • Frictional: job search transitions → better recruitment info, faster hiring
  • Structural: skill mismatch → retraining, curriculum alignment, process alignment
  • Cyclical: demand falls during slowdown → flexible capacity, reduce overtime/schedules, temporary reassignment before layoffs
  • Seasonal: predictable cycles → seasonal staffing strategies and cross training
  • Technical: technology replaces tasks → reskilling and job redesign; redeploy rather than only “reduce people”
• Example: hotel experiences all types (frictional, structural via digital reservation systems, cyclical via recession, seasonal via occupancy patterns, technical via excess staffing in service areas)
• How unemployment is measured (formula and limitation):
  • Unemployment rate = (number of unemployed / labor force) × 100
  • Labor force includes employed + unemployed actively seeking and available
  • People who stop searching may not appear → a single metric can hide labor-market problems
  • For decisions, also examine: participation, underemployment, skills availability, turnover, wage levels, commuting conditions, job quality
  • Use balanced indicator sets like in operational dashboards.

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Forests / natural capital project-management approach (trees as operational assets)

• Forests provide ecosystem services that support both:
  • operational needs (stabilize soils, manage water and flood/biodiversity)
  • economic livelihoods (food, medicine, raw materials, tourism)
• Operations manager implication: integrate “natural capital” into planning and risk assessment.
• Trees planting must be treated as a real project, not a one-day event:
  • Select appropriate species and assess the site
  • Provide water and maintenance
  • Monitor survival
  • Protect existing mature trees (not just seedlings)
• Performance measures emphasized:
  • long-term survival (not just number of seedlings planted)
  • canopy cover over time
  • ecosystem/service benefits and runoff reduction
  • maintenance cost
• Example scenario: industrial park plants 5,000 seedlings with poor planning initially (publicity-focused)
  • Revised project uses native species, survival targets, caretakers, drainage analysis, scheduled inspections
  • Managed as an asset with multi-year monitoring (survival rate, canopy, service/runoff indicators, costs)

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System thinking: key relationships and how decisions ripple

• Poverty ↔ environment ↔ social/political conditions create a connected system.
• Decisions in one area can cause consequences elsewhere:
  • Reducing inventory lowers holding cost but increases disruption vulnerability
  • Choosing the “cheapest” supplier can introduce labor/environmental risk
  • Expanding capacity may overload local water systems
• Therefore, operations managers must evaluate:
  • cost, quality, feed/dependability, flexibility
  • safety and workforce welfare
  • environmental impact
  • long-term resilience

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Final reflection task (as described in the video)

• Identify operational decisions that can:
  • improve business performance
  • reduce poverty and environmental pressures
• For a group activity, propose an operations management intervention that includes:
  • the affected process
  • required resources
  • performance measures
  • beneficiaries
  • one implementation risk

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Speakers or sources featured

• Speakers: Not explicitly identified (appears to be a single instructor/lecturer; no name given).
• Sources referenced:
  • Benjamin Franklin (quote about the value of water when the well is dry)
  • Mentions of operations management concepts (e.g., “reinforcing loop,” “operational dashboards”) but no specific authors cited by name beyond Benjamin Franklin.