Environmental Systems & Societies SL
Environmental Systems & Societies SL
9
Chapters
219
Notes
Unit 1 - Foundations Of Environmental Systems & Societies
Unit 1 - Foundations Of Environmental Systems & Societies
Eco-Movement Milestones & Future Paths
Unlock Your Eco Vision: EVS Guide
Unveiling EVS: A Systems Approach Guide
Unpack ESS: Eco vs Techno Value Systems
Eco Values: Tech vs. Nature in Biodiversity
Unlocking Earth's Worth: Biosphere's True Value
Eco & Society Insights
Energy & Carbon Systems Explained!
Eco-Systems Unveiled: Open & Closed Secrets
Unraveling Eco Models: Secrets & Snags
Thermodynamics Simplified: Easy Science Guide!
Ecosystem Energy Dynamics Explained!
Model Myths Unraveled: ESS Insights
Unlock Eco-Systems: Open, Closed, Isolated
Ace IB ESS Exam: Models Unveiled!
Thermodynamics in ESS: Key Laws Explained
Energy Dynamics & Chains
Nature's Balance: Secrets of Eco Equilibrium
Balance: Secrets of Nature's Feedback
Unlocking Climate Secrets: Tipping Points
Eco Stability: Secrets & Strategies
Green Future: Sustain vs. Strain?
Nature's Marvels: Eco Goods & Services
Ecosystem Services Unveiled
5 Pillars of Thriving Societies
Eco-Insight: The MA Ecosystem Review
Eco Impact 101: IB ESS Study Guide
Savor the Environment: Less Pollution!
Clearing the Haze: Point vs Non-Point Pollution
Eco Hazards: POPs & Pollution Impacts
Pollution's Impact: Acute vs. Chronic
Pollutant Showdown: Heroes & Villains
Nitrates' Ripple Effect: Ecosystem to Hydrosphere
Pollution Control: A 3-Step Guide
DDT Debate: Savior or Curse?
Eco-Basics: Species, Habitat & Niche
Ecology's Wild Side: Habitats & Niches
Unlocking Nature's Secrets: Abiotic Factors
Eco-Drama: The Biotic Factors Tale
Eco-Dynamics: Predators & Prey Balance
Plant-Eater Facts: Eco Thrills & Spills!
Thriving Together: The Magic of Mutualism
Disease Dynamics & Population Impact
Eco-Battle: Survival in Scarce Resources
Max Pop Support: Eco-Capacity Explained
Nature's Network: Ecosystems Unveiled
Unveil Life's Energy Secrets: Respiration & Photosynthesis
Secrets of Nature's Powerhouses
Food Chain Secrets: Ecology Unveiled
Eco-Impact Deep Dive: Humans & Nature
Unit 2 - Ecosystems & Ecology
Unit 2 - Ecosystems & Ecology
Unit 3 - Biodiversity & Conservation
Unit 3 - Biodiversity & Conservation
Unit 4 -Water & Aquatic Food Production Systems & Societies
Unit 4 -Water & Aquatic Food Production Systems & Societies
Unit 5 - Soil Systems & Terrestrial Food Production Systems & Societies
Unit 5 - Soil Systems & Terrestrial Food Production Systems & Societies
Unit 6 - Atmospheric Systems & Societies
Unit 6 - Atmospheric Systems & Societies
Unit 7 - Climate Change & Energy Production
Unit 7 - Climate Change & Energy Production
Unit 8 - Human Systems & Resource Use
Unit 8 - Human Systems & Resource Use
Internal Assessment
Internal Assessment
IB Resources
Unit 1 - Foundations Of Environmental Systems & Societies
Environmental Systems & Societies SL
Environmental Systems & Societies SL

Unit 1 - Foundations Of Environmental Systems & Societies

Eco Stability: Secrets & Strategies

Word Count Emoji
548 words
Reading Time Emoji
3 mins read
Updated at Emoji
Last edited on 5th Nov 2024

Table of content

Introduction

In Environmental Systems and Societies, we explore how different systems in nature, like ecosystems, work together. Understanding these complex relationships is vital because stable systems are less likely to collapse or reach tipping points. Let's dive into some exciting examples to help us understand this concept better!

Complex interrelationships

Imagine an ecosystem as a giant web of food chains and food webs. The more interconnected these chains and webs are, the more stable the ecosystem becomes. When there are many food chains and connected food webs, the loss of a single species won't cause chaos. It's like having multiple backup plans in case something goes wrong. For instance, consider a lush rainforest with many animal and plant species, each dependent on each other. This complexity makes it more resilient to changes and disturbances.

Greater diversity, greater resilience

Diversity is like having a superhero team with various abilities. In a system with greater diversity, there are more niches or roles for different species. This diversity leads to more stability because even if one species is affected by a disturbance, other species can step in and keep the system going. Picture a coral reef bustling with colorful fish, coral, and sea creatures. If a certain fish population declines, others can fill in the gaps and maintain the balance.

Larger storages, stronger systems

Think of storages as the treasure chests of resources in an ecosystem. Systems with larger storages, like abundant biomass, nutrients, and water, have a better chance of bouncing back from challenges. A forest with tall trees, rich soil, and ample water supply can endure various pressures and disturbances. These storages provide crucial resources to support the entire ecosystem.

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IB Resources
Unit 1 - Foundations Of Environmental Systems & Societies
Environmental Systems & Societies SL
Environmental Systems & Societies SL

Unit 1 - Foundations Of Environmental Systems & Societies

Eco Stability: Secrets & Strategies

Word Count Emoji
548 words
Reading Time Emoji
3 mins read
Updated at Emoji
Last edited on 5th Nov 2024

Table of content

Introduction

In Environmental Systems and Societies, we explore how different systems in nature, like ecosystems, work together. Understanding these complex relationships is vital because stable systems are less likely to collapse or reach tipping points. Let's dive into some exciting examples to help us understand this concept better!

Complex interrelationships

Imagine an ecosystem as a giant web of food chains and food webs. The more interconnected these chains and webs are, the more stable the ecosystem becomes. When there are many food chains and connected food webs, the loss of a single species won't cause chaos. It's like having multiple backup plans in case something goes wrong. For instance, consider a lush rainforest with many animal and plant species, each dependent on each other. This complexity makes it more resilient to changes and disturbances.

Greater diversity, greater resilience

Diversity is like having a superhero team with various abilities. In a system with greater diversity, there are more niches or roles for different species. This diversity leads to more stability because even if one species is affected by a disturbance, other species can step in and keep the system going. Picture a coral reef bustling with colorful fish, coral, and sea creatures. If a certain fish population declines, others can fill in the gaps and maintain the balance.

Larger storages, stronger systems

Think of storages as the treasure chests of resources in an ecosystem. Systems with larger storages, like abundant biomass, nutrients, and water, have a better chance of bouncing back from challenges. A forest with tall trees, rich soil, and ample water supply can endure various pressures and disturbances. These storages provide crucial resources to support the entire ecosystem.

Unlock the Full Content! File Is Locked Emoji

Dive deeper and gain exclusive access to premium files of Environmental Systems & Societies SL. Subscribe now and get closer to that 45 🌟

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