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ENV 1003/1004
Home
Lecture
Lecture Overview
Welcome
The Physical Environment
Biomes
Evolution
Population Dynamics
Species Interactions
Community Ecology
Biogeography
Ecosystem Ecology
Conservation and Management
Lab
Lab Overview
Spring 2024 Labs
Campus-based labs
Measurement and Accuracy
Measurement and Accuracy with glassware/volume
Summarizing Data: NYC Climate Change Patterns (data-based)
Bean Beetle Intro
Population Statistics (simulation)
Evolution: Genetic Drift and Selection (material-based)
Inducing Evolution in Bean Beetles
Comparing Differences among Groups
Demographics: Life Tables and Survivorship
Disease Dynamics
Community Science
Functional Responses
Mark-Recapture in Bean Beetles
Spider Diversity
Diversity with Pokémon
Plant Competition Experiment
Island Biogeography (class)
Stream Pollution
Remote Labs
Measurement and Accuracy (data-based)
Summarizing Data: NYC Climate Change Patterns (data-based)
Climate Change & Butterfly Phenology
Population Statistics (simulation)
Evolution: Genetic Drift and Natural Selection Simulation (simulation)
Comparing Differences among Groups
Demographics: Life Tables and Survivorship
Mark-Recapture Simulation with Frogs
Functional Responses (data-based)
Brood Parasites
Adaptations to Introduce Ants
Disease Dynamics
Community Science
Spider Diversity
Using big data to explore patterns in mammal activity and diversity
Stream Pollution
Island Biogeography Simulation (simulation)
Field Trips
AMNH Trip - updated student
AMNH Trip
NYBG Garden Trip
BBG Garden Trip
Zoo Trip
Module Library
Material-based activities
Material-based activities overview
Genetics: Drift and Selection Simulation
Mark-Recapture Simulation with Beans
Measurement and Accuracy
Copy of Measurement and Accuracy with glassware/volume
Population Statistics with Bean Beetles
Inducing Evolution in Bean Beetles
Plant Competition Experiment
Environmental Chemistry
Photosynthesis and Pigments
Mark-Recapture in Bean Beetles
Functional Responses
Island Biogeography (class)
Simulation- and data-based learning activities
Simulation- and data-based learning activities overview
Spider Diversity
Adaptations to Introduce Ants
Measurement and Accuracy (data-based)
Summarizing Data: NYC Climate Change Patterns (data-based)
Climate Change & Butterfly Phenology
Comparing Differences among Groups
Evolution: Genetic Drift and Natural Selection Simulation (simulation)
Population Statistics (simulation)
Mark-Recapture Simulation with Frogs
Functional Responses (data-based)
Brood Parasites
Diversity with Pokémon
Demographics: Life Tables and Survivorship
Community Science
Disease Dynamics
Island Biogeography Simulation (simulation)
Stream Pollution
Using big data to explore patterns in mammal activity and diversity
Study Design
Field Trip Guides
NYBG Garden Trip
BBG Garden Trip
Zoo Trip
AMNH Trip - updated student
AMNH Trip
QBG Garden Trip
Resources
Confidence Intervals!
Using Google Drive
Data Summaries in Google Sheets
Instructor resources
ENV 1003/1004
Home
Lecture
Lecture Overview
Welcome
The Physical Environment
Biomes
Evolution
Population Dynamics
Species Interactions
Community Ecology
Biogeography
Ecosystem Ecology
Conservation and Management
Lab
Lab Overview
Spring 2024 Labs
Campus-based labs
Measurement and Accuracy
Measurement and Accuracy with glassware/volume
Summarizing Data: NYC Climate Change Patterns (data-based)
Bean Beetle Intro
Population Statistics (simulation)
Evolution: Genetic Drift and Selection (material-based)
Inducing Evolution in Bean Beetles
Comparing Differences among Groups
Demographics: Life Tables and Survivorship
Disease Dynamics
Community Science
Functional Responses
Mark-Recapture in Bean Beetles
Spider Diversity
Diversity with Pokémon
Plant Competition Experiment
Island Biogeography (class)
Stream Pollution
Remote Labs
Measurement and Accuracy (data-based)
Summarizing Data: NYC Climate Change Patterns (data-based)
Climate Change & Butterfly Phenology
Population Statistics (simulation)
Evolution: Genetic Drift and Natural Selection Simulation (simulation)
Comparing Differences among Groups
Demographics: Life Tables and Survivorship
Mark-Recapture Simulation with Frogs
Functional Responses (data-based)
Brood Parasites
Adaptations to Introduce Ants
Disease Dynamics
Community Science
Spider Diversity
Using big data to explore patterns in mammal activity and diversity
Stream Pollution
Island Biogeography Simulation (simulation)
Field Trips
AMNH Trip - updated student
AMNH Trip
NYBG Garden Trip
BBG Garden Trip
Zoo Trip
Module Library
Material-based activities
Material-based activities overview
Genetics: Drift and Selection Simulation
Mark-Recapture Simulation with Beans
Measurement and Accuracy
Copy of Measurement and Accuracy with glassware/volume
Population Statistics with Bean Beetles
Inducing Evolution in Bean Beetles
Plant Competition Experiment
Environmental Chemistry
Photosynthesis and Pigments
Mark-Recapture in Bean Beetles
Functional Responses
Island Biogeography (class)
Simulation- and data-based learning activities
Simulation- and data-based learning activities overview
Spider Diversity
Adaptations to Introduce Ants
Measurement and Accuracy (data-based)
Summarizing Data: NYC Climate Change Patterns (data-based)
Climate Change & Butterfly Phenology
Comparing Differences among Groups
Evolution: Genetic Drift and Natural Selection Simulation (simulation)
Population Statistics (simulation)
Mark-Recapture Simulation with Frogs
Functional Responses (data-based)
Brood Parasites
Diversity with Pokémon
Demographics: Life Tables and Survivorship
Community Science
Disease Dynamics
Island Biogeography Simulation (simulation)
Stream Pollution
Using big data to explore patterns in mammal activity and diversity
Study Design
Field Trip Guides
NYBG Garden Trip
BBG Garden Trip
Zoo Trip
AMNH Trip - updated student
AMNH Trip
QBG Garden Trip
Resources
Confidence Intervals!
Using Google Drive
Data Summaries in Google Sheets
Instructor resources
More
Home
Lecture
Lecture Overview
Welcome
The Physical Environment
Biomes
Evolution
Population Dynamics
Species Interactions
Community Ecology
Biogeography
Ecosystem Ecology
Conservation and Management
Lab
Lab Overview
Spring 2024 Labs
Campus-based labs
Measurement and Accuracy
Measurement and Accuracy with glassware/volume
Summarizing Data: NYC Climate Change Patterns (data-based)
Bean Beetle Intro
Population Statistics (simulation)
Evolution: Genetic Drift and Selection (material-based)
Inducing Evolution in Bean Beetles
Comparing Differences among Groups
Demographics: Life Tables and Survivorship
Disease Dynamics
Community Science
Functional Responses
Mark-Recapture in Bean Beetles
Spider Diversity
Diversity with Pokémon
Plant Competition Experiment
Island Biogeography (class)
Stream Pollution
Remote Labs
Measurement and Accuracy (data-based)
Summarizing Data: NYC Climate Change Patterns (data-based)
Climate Change & Butterfly Phenology
Population Statistics (simulation)
Evolution: Genetic Drift and Natural Selection Simulation (simulation)
Comparing Differences among Groups
Demographics: Life Tables and Survivorship
Mark-Recapture Simulation with Frogs
Functional Responses (data-based)
Brood Parasites
Adaptations to Introduce Ants
Disease Dynamics
Community Science
Spider Diversity
Using big data to explore patterns in mammal activity and diversity
Stream Pollution
Island Biogeography Simulation (simulation)
Field Trips
AMNH Trip - updated student
AMNH Trip
NYBG Garden Trip
BBG Garden Trip
Zoo Trip
Module Library
Material-based activities
Material-based activities overview
Genetics: Drift and Selection Simulation
Mark-Recapture Simulation with Beans
Measurement and Accuracy
Copy of Measurement and Accuracy with glassware/volume
Population Statistics with Bean Beetles
Inducing Evolution in Bean Beetles
Plant Competition Experiment
Environmental Chemistry
Photosynthesis and Pigments
Mark-Recapture in Bean Beetles
Functional Responses
Island Biogeography (class)
Simulation- and data-based learning activities
Simulation- and data-based learning activities overview
Spider Diversity
Adaptations to Introduce Ants
Measurement and Accuracy (data-based)
Summarizing Data: NYC Climate Change Patterns (data-based)
Climate Change & Butterfly Phenology
Comparing Differences among Groups
Evolution: Genetic Drift and Natural Selection Simulation (simulation)
Population Statistics (simulation)
Mark-Recapture Simulation with Frogs
Functional Responses (data-based)
Brood Parasites
Diversity with Pokémon
Demographics: Life Tables and Survivorship
Community Science
Disease Dynamics
Island Biogeography Simulation (simulation)
Stream Pollution
Using big data to explore patterns in mammal activity and diversity
Study Design
Field Trip Guides
NYBG Garden Trip
BBG Garden Trip
Zoo Trip
AMNH Trip - updated student
AMNH Trip
QBG Garden Trip
Resources
Confidence Intervals!
Using Google Drive
Data Summaries in Google Sheets
Instructor resources
Bean Beetle Basics
Bean Beetle handbook.pdf
Google Sites
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Google Sites
Report abuse
Bean Beetle handbook.pdf