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Online Course
Marine Ecology I : The Hydrosphere, Physical and Behavioral Adaptations of Marine Animals and Plants
Duration
12
weeks
Program Dates
Time Commitment
Format
Class Size
2 hours per week
Online
3-15 students
Section one:
Jan 06 - Mar 21, 2025
Section two:
Sep 23 - Dec 09, 2025
Tuition
$385
Save up to $200 with a NOA membership
Enrollment closes 1 week prior to the start date
Course Frequency
Mondays and Wednesdays 11 am PT
Optional Extra
Age
Scholarships available
All Ages
Course Introduction
Welcome to Marine Ecology I: The Hydrosphere, Physical and Behavioral Adaptations of Marine Animals and Plants. This course offers an immersive exploration of the hydrosphere, focusing on the physical and behavioral adaptations of marine organisms. Through a detailed study of Earth's diverse aquatic environments, from the vast oceans to deep-sea ecosystems, you will gain insights into how marine animals and plants interact with their surroundings and adapt to their unique habitats. We will delve into the intricacies of marine biodiversity, the fundamental principles of behavioral ecology, and the fascinating behaviors of marine species.
Learning Outcomes
After completing this course you’ll be able to:
Develop a comprehensive understanding of the various marine environments, including different oceanic zones and freshwater communities.
Gain insights into the biodiversity and species richness of marine ecosystems.
Learn about the physical and behavioral adaptations of marine animals and plants, including their responses to environmental pressures.
Understand the principles of behavioral ecology, including communication, social behavior, and interaction among marine species.
Apply theoretical knowledge to real-world scenarios through research project presentations, showcasing your grasp of marine ecology and animal behavior.
Is This Course for Me?
What are the Ocean's most diverse environments? What are the interactions amongst species? Why are keystone species very important for life on our blue planet? This course is ideal for students pursuing degrees in marine biology, oceanography, environmental science, or related fields who want to deepen their understanding of marine environments and the adaptations of marine life. It is also suited for professionals working in marine research, conservation, or education seeking to enhance their knowledge of marine ecosystems and animal behavior. Anyone passionate about the ocean's mysteries and eager to learn about the interactions between marine species and their environments will find this course highly engaging.
Earn Your Certification
Demonstrate your expertise with an official NOA Academy certification. Upon successfully completing a program, you’ll receive a digital certificate detailing your achievement, including the course title and your name. This verified credential is ready to be added to your LinkedIn profile, academic applications, and professional portfolios, signaling your commitment to specialized knowledge and skill development.
Course Curriculum
This curriculum is designed to provide a thorough exploration of marine ecosystems and the adaptations of marine life. Over twenty-four engaging classes, you will study the hydrosphere’s various environments, from global oceans and major seas to deep ocean realms. Each class covers distinct marine settings, such as the Pacific, Atlantic, and Southern Oceans, as well as specific ecological zones like the deep sea and big lakes.
The course then shifts focus to behavioral ecology, examining how marine animals adapt their behavior to survive and thrive in their habitats. Topics include communication, foraging, predator-prey dynamics, and reproductive behaviors, with specific sessions dedicated to the behaviors of sharks, cetaceans, and human interactions with these species.
Prepare to embark on a journey through Earth's marine environments, unraveling the complexities of life in the ocean and gaining a deeper appreciation for the diverse strategies organisms use to navigate our oceans. Here is a detailed breakdown of the topics we will cover: