Author

Cynthia Madden Page 9

Cynthia Madden teaches high school marine biology near Princeton, New Jersey. She leads student field trips to local tide pools and teaches ocean ecology courses. Madden graduated with a bachelor of science in marine science education.

What Is a Rhodolith and Why Is It Important?Aquatic
Planktonic Life: What It Is and Why It Matters Aquatic
How Do Coral Reefs Protect Coastlines?Environment
The Arctic Ocean Food Web: From Algae to Polar Bears Environment
What Is Ocean Upwelling and Why Is It Important?Earth & Space
Antarctic Algae: Life Thriving in a Frozen World Aquatic
The Food Web for the Ocean and Its Complex Structure Aquatic
Black Reefs: The Aftermath of Coral Death Environment
What Is a Coral Reef Population Graph?Environment
What Are Mesophotic Zones and Why Are They Important?Earth & Space
Mesoscale Eddies: How They Shape Ocean Life and Climate Earth & Space
Diatom Structure: Frustule, Form, and Function Biology
What Are Sea Fungi and Why Are They Important?Botany
Diversity and Adaptations of Intertidal Zone Plants Botany
Oceans’ Role in Carbon Sequestration and Storage Environment
Dinoflagellates vs Diatoms: Structure, Roles, and Differences Biology
Coral Reef Algae: Roles, Symbiosis, and Adaptations Botany
Plankton Diversity and Adaptations: A Closer Look Aquatic
Planktonic Bacteria: Diversity, Roles, and Oceanic Adaptations Aquatic
Decomposers in Ocean Ecosystems: Bacteria, Fungi, and Scavengers Aquatic
Plankton Growth: Types, Influences, and Ecological Roles Aquatic
Oil Spills: Impact on Oceans and Marine Life Analysis Environment
Ocean Uptake: How Marine Systems Absorb Carbon Dioxide Environment
Underwater Explosion: Effects on Marine Life and Ecosystems Aquatic
Trilobite Diet: Clues to Ancient Marine Feeding Behavior Aquatic
How Do Phytoplankton Reproduce in Marine Ecosystems?Biology
Marine Nitrogen Cycle: Pathways, Microbes, and Effects Environment
Jellyfish Symbiotic Relationships: Insights on Resource Sharing Aquatic
Salp Blooms: Shaping Marine Food Webs and Carbon Flow Aquatic
The Limiting Factor Controlling Phytoplankton Population Growth Environment