Interpreting Marine Ecosystem Biodiversity

Interpreting Marine Ecosystem Biodiversity
Slide Note
Embed
Share

Dive into the world of marine ecosystems as you analyze data to determine biodiversity using diversity indices. Explore the fascinating sea snail icons and images, including chitons, octopuses, sea hares, and shore crabs. Complete the Marine Education worksheet 7 to enhance your understanding of biodiversity in the ocean realm. Uncover the richness and complexity of marine life through the lens of diversity indices.

  • Marine ecosystem
  • Biodiversity
  • Diversity indices
  • Sea snail icons
  • Ocean life
ade_890
ade_890 Follow

Uploaded on Feb 20, 2025 | 0 Views

Download Presentation

Please find below an Image/Link to download the presentation.

The content on the website is provided AS IS for your information and personal use only. It may not be sold, licensed, or shared on other websites without obtaining consent from the author.If you encounter any issues during the download, it is possible that the publisher has removed the file from their server.

You are allowed to download the files provided on this website for personal or commercial use, subject to the condition that they are used lawfully. All files are the property of their respective owners.

Download Presentation

The content on the website is provided AS IS for your information and personal use only. It may not be sold, licensed, or shared on other websites without obtaining consent from the author.

E N D

Presentation Transcript

  1. Learning Intention: Interpret data to determine the biodiversity of a marine ecosystem using diversity indices. Success Criteria: Complete Marine Education worksheet 7. Formula Feast

  2. Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project chiton Icon - Free PNG SVG 3386093 - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Sea Snail Icons - Free SVG PNG Sea Snail Images - Noun Project Littorinids Chiton Octopus Sea hare Shore crab

  3. Name COUNT (n) n(n-1) Littorinids 32 Chitons 4 Octopus 1 Sea hare 2 Shore crab 3 n(n-1) = TOTAL N= N(N-1)= SDI =

  4. Name COUNT (n) n(n-1) Littorinids 32 992 32x31= Chitons 4 12 4x5= Octopus 1 0 1x0= Sea hare 2 2 2x1= Shore crab 3 6 3x2= n(n-1) = TOTAL N= N(N-1)= SDI =

  5. Name COUNT (n) n(n-1) Littorinids 32 992 32x31= Chitons 4 12 4x5= Octopus 1 0 1x0= Sea hare 2 2 2x1= Shore crab 3 6 3x2= Add them up n(n-1) = 1012 TOTAL N= 42 N(N-1)= SDI =

  6. Name COUNT (n) n(n-1) Littorinids 32 992 32x31= Chitons 4 12 4x5= Octopus 1 0 1x0= Sea hare 2 2 2x1= Shore crab 3 6 3x2= Add them up n(n-1) = 1012 TOTAL N= 42 SDI = N(N-1)= 1722 42(41)

  7. Name COUNT (n) n(n-1) Littorinids 32 992 32x31= Chitons 4 12 4x5= Octopus 1 0 1x0= Sea hare 2 2 2x1= Shore crab 3 6 3x2= Add them up n(n-1) = 1012 TOTAL N= 42 N(N-1)= 1722 42(41) SDI = 0.41 1-[1012/1722)=

  8. SDI of Site A?

  9. Name COUNT (n) n(n-1) Butterfly fish 6 Grouper 0 Moray Eel 1 Parrot fish 29 Snapper 2 Sweetlip 1 n(n-1) = SDI = TOTAL N= N(N-1)=

  10. Name COUNT (n) n(n-1) Butterfly fish 6 30 6x5= Grouper 0 0 0x0= Moray Eel 1 0 1x0= Parrot fish 29 812 29x28= Snapper 2 2 2x1= Sweetlip 1 0 1x0= n(n-1) = SDI = TOTAL N= N(N-1)=

  11. Name COUNT (n) n(n-1) Butterfly fish 6 30 6x5= Grouper 0 0 0x0= Moray Eel 1 0 1x0= Parrot fish 29 812 29x28= Snapper 2 2 2x1= Sweetlip 1 0 1x0= Add them up n(n-1) = 844 SDI = TOTAL N= 39 N(N-1)=

  12. Name COUNT (n) n(n-1) Butterfly fish 6 30 6x5= Grouper 0 0 0x0= Moray Eel 1 0 1x0= Parrot fish 29 812 29x28= Snapper 2 2 2x1= Sweetlip 1 0 1x0= Add them up n(n-1) = 844 TOTAL N= 39 N(N-1)= 1482SDI = 39(38)

  13. Name COUNT (n) n(n-1) Butterfly fish 6 30 6x5= Grouper 0 0 0x0= Moray Eel 1 0 1x0= Parrot fish 29 812 29x28= Snapper 2 2 2x1= Sweetlip 1 0 1x0= Add them up n(n-1) = 844 SDI = 0.43 1-[844/1482)= TOTAL N= 39 N(N-1)= 1482 39(38)

  14. An example for the exam marker to use as context How your response will be marked How did you go?

  15. Name COUNT (n) n(n-1) Butterfly fish 6 30 Grouper 0 0 Moray Eel 1 0 Parrot fish 29 812 Snapper 2 2 Sweetlip 1 0 One mark n(n-1) = 844 SDI = 0.43 TOTAL N= 39 N(N-1)= 1482

  16. Name COUNT (n) n(n-1) Butterfly fish 6 30 Grouper 0 0 Moray Eel 1 0 Parrot fish 29 812 Snapper 2 2 Sweetlip 1 0 n(n-1) = 844 SDI = 0.43 TOTAL N= 39 N(N-1)= 1482 One mark

  17. Name COUNT (n) n(n-1) Butterfly fish 6 30 Grouper 0 0 Moray Eel 1 0 Parrot fish 29 812 Snapper 2 2 Sweetlip 1 0 n(n-1) = 844 SDI = 0.43 TOTAL N= 39 N(N-1)= 1482 One mark

  18. 0.43

  19. 0.43 Site B 0.67 (SDI Site B) -0.43 (SDI Site A) = 0.24 49 (Site B Total) 39 (Site A total) = 10

  20. An example for the exam marker to use as context How your response will be marked How did you go?

  21. Learning Intention: Interpret data to determine the biodiversity of a marine ecosystem using diversity indices. Success Criteria: Complete Marine Education worksheet 7. Formula Feast

Related


Knowledge Management for Biodiversity

Knowledge Management for Biodiversity

temperance
Sphinx Marine - Offshore Marine Company in UAE

Sphinx Marine - Offshore Marine Company in UAE

mayson
Different Ecosystem Types and Functions

Different Ecosystem Types and Functions

favor
Biodiversity Parks of Delhi: Oasis of Nature in the Urban Jungle

Biodiversity Parks of Delhi: Oasis of Nature in the Urban Jungle

kiran
Wild Coast N2 Biodiversity Offset Project Overview

Wild Coast N2 Biodiversity Offset Project Overview

clarke
Marine Habitats and Their Diverse Ecosystems

Marine Habitats and Their Diverse Ecosystems

thirza
Biodiversity and Conservation: Importance and Key Concepts

Biodiversity and Conservation: Importance and Key Concepts

rosalina
Importance of Biodiversity and Sustainability in Ecosystems

Importance of Biodiversity and Sustainability in Ecosystems

lumi
Marine Novel Medicinal Agents from Marine Sources Compiled by Dr. Nisha Sharma

Marine Novel Medicinal Agents from Marine Sources Compiled by Dr. Nisha Sharma

madelynn
Shared Challenges in Biodiversity Informatics Collaboration

Shared Challenges in Biodiversity Informatics Collaboration

eliseo
Marine Biology: Importance, Scope, and Responsibilities

Marine Biology: Importance, Scope, and Responsibilities

zane
National Biodiversity Strategies and Action Plans in Light of COP Decisions

National Biodiversity Strategies and Action Plans in Light of COP Decisions

numair
Strengthening Biodiversity Data Management in Togo

Strengthening Biodiversity Data Management in Togo

armani
GEF Funding for Enabling Activities and Support to Biodiversity

GEF Funding for Enabling Activities and Support to Biodiversity

este
Dimensions of Biodiversity - Exploring Earth's Diverse Ecosystems

Dimensions of Biodiversity - Exploring Earth's Diverse Ecosystems

zah_wes
The Impact of Invasive Species on Biodiversity and Ecosystems

The Impact of Invasive Species on Biodiversity and Ecosystems

jes_har
Population Dynamics and Biodiversity Loss

Population Dynamics and Biodiversity Loss

busramc
Update on Legally Binding Instrument under UNCLOS for Marine Biological Diversity Conservation

Update on Legally Binding Instrument under UNCLOS for Marine Biological Diversity Conservation

bro_d
Overview of The Biodiversity Finance Initiative (BIOFIN)

Overview of The Biodiversity Finance Initiative (BIOFIN)

seb_c
Overview of Marine Fungi and Their Habitats

Overview of Marine Fungi and Their Habitats

eyl_con
Post-COVID Economic Recovery Aligned with Global Biodiversity Goals

Post-COVID Economic Recovery Aligned with Global Biodiversity Goals

down_sha
Influence of Income on Residential Yard Biodiversity in Baltimore

Influence of Income on Residential Yard Biodiversity in Baltimore

smac

More Related Content