GIS and Globalization: Comprehensive Notes

RGIS Online and Course Logistics

  • RGIS Online is central to the course; setup by Friday for assignments.
  • GIS is a powerful tool; course focuses on understanding its use in society.

Course Structure, Contact, and Resources

  • Office hours: Mondays and Fridays (Zoom possible after 08:30 pm).
  • Contact via email; voicemail notifications instructor.
  • Syllabus: emphasis on practical work and engagement, not in-class walkthrough.
  • Textbook: available in library (hard copy/digital), not required purchase.
  • Quizzes: online, open-resource, based on textbook and statistics.
  • Examinations: no traditional exams; quizzes and assignments (most weight) determine grade.
  • Participation: no attendance; grades earned via timely assignment/quiz submission (10% auto-participation).
  • Course philosophy: hands-on, critical thinking, technology use.

Key Concepts Introduced for the Semester

  • Globalization: central term, to be defined in depth.
    • Inventory exercise: students examine item origins to understand global production.
  • Clothing industry example (Bangladesh):
    • Bangladesh: leading clothing manufacturer, low-wage conditions (under 1/hour).
    • Offshoring rationale: mutual benefit (employment in low-wage regions, firm profits); reduces U.S. labor costs but can depress wages.
    • Globalization connects production costs, wages, and consumer prices, impacting income distribution.
  • Geography and place names (spatial diffusion and colonization):
    • Names (e.g., San Diego) reveal historical colonization and cultural influence.
    • Religion (Christianity, Islam): spatial diffusion explains spread from Middle East origins.
    • Exercise: interpret maps/place names for historical processes.
  • Framingham, Massachusetts (mid-20th-century transformation):
    • Shoppers World: early shopping center, 1950s consumer culture shift.
    • Suburbanization: 1950s housing boom, growth of suburbs around Framingham.
    • Interstate Highway System (Eisenhower): shaped settlement, commuting.
    • GI Bill: post-WWII education expansion, funding higher education growth.
    • Education infrastructure: Framingham State and public colleges expanded post-war.
  • Economic history and wage-productivity dynamics:
    • 1950s: strong productivity growth, rising real wages, high disposable income.
    • Wage vs. productivity divergence:
    • W(t) \text{ = average real wages}, P(t) \text{ = productivity.} After 1980s, P(t) rose while W(t) stagnated.
    • Ratio R(t) = \frac{W(t)}{P(t)} declined, showing widening gap.
    • Offshoring (1960s–present): manufacturing moved to lower-cost regions, reducing domestic wage growth.
    • 2008 housing crisis: bailouts for financial institutions; delayed relief for families, wealth erosion.
    • Unions: early 20th-century unions established wage floors; decline contributed to stagnation.
    • Government policy: GI Bill, public college expansion, interstate system shaped labor and housing.
  • Ethical and practical implications of globalization and wage dynamics:
    • Ethical concerns: exploitation, perpetuation of poverty; uneven distribution of benefits.
    • Practical for students: understand impact on earning potential, debt, financial planning.
    • Personal finance: diversify investments early (e.g., fractional shares, dividends) for long-term wealth.
    • Policy questions: should prices reflect true costs? how should profits be distributed? government's role in wages/education?
  • Historical highlights tied to globalization and geography:
    • WWII and GI Bill: reshaped education, labor, demographics.
    • 1950s: growth, home ownership, car culture, malls (policy, technology, markets).
    • Diffusion of religions/languages: understanding spatial patterns, colonization's impact.
    • Globalization's impact: benefits vs. costs (wage suppression, job displacement).

Key Formulas and Quantitative Concepts

  • Wage-productivity relationship:
    • R(t) = \frac{W(t)}{P(t)} declined since late 20th century.
  • Disposable income:
    • D(t) = W(t) - \text{taxs}(t) + \text{transfers}(t). 1950s boom from rising D(t); later, constraint from wage stagnation.
  • Production cost model for offshoring:
    • Per-unit cost c = w_{\text{BD}} + m + t (labor, materials, transport in low-wage country).
    • Profit \, \pi = p - c, offshoring reduces c, increases \, \pi.
  • Simple escalation metaphor: “rubber band” analogy for economic cycles and corrections.

Practical Takeaways for Students

  • Engage with RGIS tools early and consistently.
  • Understand globalization's relevance to daily life, labor costs, and future earnings.
  • Consider long-term financial planning (saving, investing early).
  • Reflect on ethical dimensions of supply chains and responsibilities.
  • Use place names and historical geography for interpreting current events.

Connections to Previous and Future Topics

  • Spatial diffusion, cultural geography, economic geography, urban/regional geography, history.
  • Course frames globalization as balancing benefits (growth) and costs (wage pressures).

Quick Reference: Key Terms in Context

  • RGIS Online: GIS software platform.
  • Globalization: integration of economies, cultures, populations.
  • Spatial diffusion: spread of phenomena across space.
  • Offshoring / outsourcing: relocating production/services abroad for cost reduction.
  • Disposable income: income after taxes and transfers.
  • Interstate Highway System: U.S. highway network program.
  • GI Bill: post-WWII veterans' benefits (education).
  • Suburbanization: population shift from cities to suburbs.
  • Shoppers World (Framingham): early mall, 20th-century consumer culture.
  • Wage-productivity gap: divergence between pay growth and productivity growth.
  • Spatial names and colonization: place names reflect historical influences.