Alternative Views on Development and Sustainability (DP IB Global Politics: HL): Revision Note

Jane Hirons

Written by: Jane Hirons

Reviewed by: Lisa Eades

Updated on

De-growth

  • De-growth is a social movement demanding the planned reduction of economic growth, production and consumption

    • We live in a world where infinite economic growth is seen as the key to development, but this is simply not possible because the earth’s resources are finite

    • In order for societies to survive, they should opt out of the never-ending quest for economic growth

  • De-growth provides a radically different interpretation of development

    • While most models of development acknowledge the significance of economic growth, de-growth completely disagrees

  • To promote increased human and environmental welfare, it advocates:

    • abolishing all economic growth which is destroying our planet and negatively impacting human life

    • using fewer natural resources and living simpler lives focused on local sustainable resources

  • Critics of de-growth argue that the theory is unrealistic, as many social improvements are dependent on economic growth

  • However, the degrowth movement has already inspired people to live more sustainably

Case Study

Amsterdam and Doughnut Economics

  • In 2020, Amsterdam became the first city to formally adopt Doughnut Economics, a model that rejects infinite economic growth in favour of meeting human needs within environmental limits

The model

Circular diagram illustrating 'Doughnut Economics,' with sections for ecological ceiling, social foundation, overshoot, and shortfall areas.
  • The doughnut sets minimum standards for human well-being and an ecological ceiling (planetary boundaries that must not be exceeded)

  • Development is only sustainable when it operates within both boundaries - mirroring de-growth principles directly

Policy in practice

  • Amsterdam set a target to halve its use of new raw materials by 2030

    • Circular economy initiatives were introduced, including repair cafes, second-hand clothing schemes and local food projects

    • Meat consumption in public buildings was reduced to lower the city's environmental footprint

Significance

  • Amsterdam demonstrates that de-growth is not purely theoretical - it can become official government policy

    • Critics note that Amsterdam remains a wealthy, high-consumption city and these measures fall short of a fundamental rejection of growth

  • Brussels, Copenhagen and Barcelona have since adopted similar frameworks, suggesting de-growth is gaining wider political traction

Regenerative approaches

  • Regenerative approaches, advocated by theorists including Medard Gabel, move beyond sustainable development, arguing that sustaining does not go far enough

    • To regenerate means to use resources in such a way as to build capacity for future growth, not simply sustain it

  • There are many debates regarding what exactly a regenerative approach

    • Most support the idea of going beyond sustaining the world as it is

  • Regenerative ideas are often applied to agriculture and food production

Examples of regenerative approaches

Approach

Explanation

Example

Soil restoration

  • Investing in soil health rather than depleting it through pesticides and intensive farming

  • Encourages natural microorganisms that make soils more productive over time

  • Farmer Managed Natural Regeneration (FMNR) in Niger restored over 5 million hectares of degraded land by allowing native trees and plants to regenerate, dramatically improving soil fertility

Composting

  • Returning organic waste to the soil to restore nutrients naturally, reducing dependence on synthetic fertilisers

  • South Korea composts over 95% of its food waste through a mandatory pay-as-you-throw scheme introduced in 1995, virtually eliminating food waste from landfill

Water management

  • Using water more efficiently through techniques such as drip irrigation, rainwater harvesting and wetland restoration to reduce waste and improve agricultural productivity

  • Israel's drip irrigation technology delivers water directly to plant roots, reducing agricultural water use by up to 50% - a model now adopted across water-scarce states in Africa and Asia

Efficient use of natural resources

  • Designing production processes that minimise waste and maximise the value extracted from natural resources, reducing overall consumption

  • The Loess Plateau restoration project in China used targeted water management and land terracing to restore 35,000 km² of severely degraded land, lifting millions out of poverty in the process

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Jane Hirons

Author: Jane Hirons

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Jane has been actively involved in all levels of educational endeavors including designing curriculum, teaching and assessment. She has extensive experience as an international classroom teacher and understands the challenges students face when it comes to revision.

Lisa Eades

Reviewer: Lisa Eades

Expertise: Business Content Creator

Lisa has taught A Level, GCSE, BTEC and IBDP Business for over 20 years and is a senior Examiner for Edexcel. Lisa has been a successful Head of Department in Kent and has offered private Business tuition to students across the UK. Lisa loves to create imaginative and accessible resources which engage learners and build their passion for the subject.