Author(s):


Sam Donovan

 

Polyfit Mac OSX Documents

WCHART Readme

Polyfit Windows Documents

Polyfit Mac OS9 Documents

Bee Visit User Guide

A Review of Computer-Based Model Research in Precollege Science Classrooms

Science as Model Building: Computers and High-School Genetics

Tutorial and Additional Activities

Simple Database Construction Using Local Sources of Data

Multiple Alignment

WDISPLAY: Wireless Room Area Network (RAN) Data Display Utility

Bacterial Polygamy

Life in the City

Java Water

Turn that Bycatch to Gold

Male Resources and Female Adaptive Mating Decisions

The Uninvited Guest

What Happened to Our Friend Ted?

The Enzyme Enterprise

What Ails the Ale? (Brewmaster Blues)

Multiple Births – Multiple Problems

Racing Rosie

Plant Sitter

The Wingra Marsh

My Twin Sister

Where Have All the Ladies Gone?

Goodbye Honeybuckets

European Starlings and Woodpeckers

How Now Mad Cow?

Rio Grande Wildlife Refuge

Outbreaks

Steroids

Got Milk?

As the Stomach Turns

The Nerve of It All

Trouble in Tucson: On the Horns of a Dilemma

Dam It! I'm in Swampeast Missouri!

MacRetina User’s Manual

Deletion Mapping of Genetic Fine Structure: Supplementing Ad Hoc Problem Solving Approaches with Algorithms and Heuristics

Digital Legacies

Some Thoughts on the 3Ps Following a Week at Beloit College

A Stages and Activities Approach to 3Ps

What is BioQUEST?: An Open Letter to a Distant Colleague

Galapagos BIRDD Introduction

BioQUEST Information & Evolution Modules

The Relevance of Old Data: Reexamining Geospiza difficilis

An Example of The BIRDD Approach to Evolution Labs: Comparing Two Species

BIRDD: Investigating Evidence for Evolution

The Ecology and Evolution of the Galapagos Finches Treehouse

Genetics Construction Kit (GCK) User's Manual

Eye Color Inheritance: 3P’s Learning without Computers

Changing the Phenotypes in Genetics Construction Kit

Calling Mr. Mendel

Guided Exercises for BeeVisit

Biometrics User’s Manual

BIRDD User’s Guide

Cell Differentials

Modeling Tools User’s Guide

Demography User’s Guide

MicroGCK User’s Guide

Epidemiology User’s Guide

Developmental Selection User’s Guide

Sampling User’s Manual

Curacao User’s Guide

Data Collection and Organization

Evolve User’s Guide

New York – 99

Lateblight User’s Guide

Exploring Human Demography

Cardio-Vascular Construction Kit (CVCK) User’s Manual

Low Calcium Tetany

Tuberculosis Today

Use of Strategic Simulations

Case It! Case-based learning via simulations of molecular biology techniques and internet conferencing

Models, Simulations, Instantiations and Evidence: The Case of Digital Evolution

Protein sequencing experiment planning using analogy

Phylogenetic Investigator User’s Manual

Evolution of Fungicide Resistance: A Study of Fitness and Selection

Phylogeny and Cladograms

CVCK Student Laboratory Manual

Resistan v. 6.2 User Manual

Using SequenceIt! in an Investigative Biology Curriculum

TB and Antibiotic Resistance

Environmental Change and Emerging Diseases

An Examination of Problem-based Teaching and Learning in Population Genetics and Evolution Using EVOLVE, a Computer Simulation

Bio 112: Evolutionary Mechanisms

How does Antiretroviral Therapy Affect HIV Mutation?

Using BioQUEST Simulations to Bring Evolution into the Lab

An Interdisciplinary Course In Evolution

An Investigative Case-Based Learning Resource for Zea’s Wild Roots

Controlling Potato Blight: Past, Present, and Future

Using a Computer Simulation to Teach Science Process Skills to College Biology and Elementary Education Majors

BioQUEST Challenges High School Students

High school students’ problem-solving performance on realistic genetics problems

Modeling & Inquiry in a High School Genetics Class

Developing Understanding Through Model-based Inquiry

Teachers’ Discourse Strategies for Supporting Learning Through Inquiry

Searching for the Hereditary Molecule

Got Milk? Revisited

Getting Started with Biostatistics

Deletion Mapping of Genetic Fine Structure: Supplementing Ad Hoc Problem Solving pproach with Algorithms and Heuristics

How Do You Know a Microbe When You See One?

BioGrapher: Graph Theoretical Properties and Visualization of Biological Interactions

BioGrapher and WDisplay: Excel Modules for Data Visualization

Peach User’s Guide

Taking a Second Look: Investigating Biology with Visual Datasets

Oh Phlox! A Visual Dataset

Hackberry Leaves: A Visual Learning Exercise

Visual Learning in Field Biology

3D-Fractal Tree Poster

FractaL-Tree PowerPoint

Real-time 3D Plant Structure Modeling by L-System with Actual Measurement Parameters

The Farmer and the Gene

Measles in Nakivale Refugee Camp

Epidemiology: Understanding Disease Spread

Vaccines: Experimenting with Strategies to Control Infectious Disease

First Time Use of Extend Applications

Bumpus Data

Investigator v 2.0

Virtual Lab Student Experiment Manual

Sequence It! User’s Manual

Building Pond Models

LifeLines OnLine Project Poster: CCLI-EMD Award 9952525

The Future of Strategic Modeling and Simulations to Support Investigative Learning in Undergraduate Biology

Public Access for Teaching Genomics, Proteomics, and Bioinformatics

College Student Meets Electron Man

Computers in the Classroom: How Information Technology Can Improve Conservation Education

Beyond Computer Literacy: Implications of Technology for the Content of a College Education

Modeling Microevolutionary Processes

Student Ecosystems Problem Solving with Computer Simulation

Coupling the BioQUEST 3Ps and Epistemiological Scaffolding in Freshman Biology Labs to Promote Experience in the Process of Science

Investigate Biosphere 2 by Modeling and Designing Experiments

Investigating Insect Orders

Winter Twigs

A Tool for Inquiry – BioQUEST Environmental Decision Making

The Use of Strategic Simulations

Lifelines Online – Curriculum and Strategies for Adult Learners: Integrating Information Technology with Problem-Solving Pedagogies

LifeLines OnLine: Investigative Case Based Learning for 21st Century Learners

Using Investigative Cases

Investigative Case Based Learning

Student Notes for Using Cases

Doing Science Collaboratively with Investigative Case Based Learning

Collaborative Inquiry in Science

LifeLines OnLine: Accessible Investigative Case Based Learning for Community Colleges

Crossing the Chasm of Curricular Reform: BioQUEST Curriculum Consortium Invites CAL-laboration

Why Count Types of White Blood Cells?

Conjugation and Mapping

Modeling Wine Fermentation

Complements Please! No Compliments Necessary

Microbiology of Stratified Waters

Flowers Unlimited Part 1: Genetics

Flowers Unlimited Part II: Biochemistry

Flowers Unlimited Part III: Molecular Biology

Using False Models to Elaborate Constraints on Processes: Blending Inheritance in Organic and Cultural Evolution

The Nature of Selection: Evolutionary Theory in Philosophical Focus

Taking the Naturalistic Turn, Or How Real Philosophy of Science Is Done

Biosphere 2: Unexpected Interactions

NETWATCH: From Gene to Green

Controlling Potato Blight: Past, Present, and Future

Scientific Teaching Online Resources

Using the 3 Ps Approach and a Computer Simulation to Teach Science Process Skills

The Cardiovascular Function Lab Announcement

John Jungck: The Godfather of Virtual Bio and Genetics Labs

Case It! Resource Manual

Scientific Teaching

Beyond Bio 101: The Transformation of Undergraduate Biology Education

Problem-Posing, Problem-Solving, and Persuasion in Biology

Exploratory Evolution Education: Engaging Students in Investigating Evolutionary Processes, Products, and Principles

Biological Inquiry: A Workbook of Investigative Cases

Problems in Beloit

Field Test a New Version of the Genetics Construction Kit for Macintosh Users

Teaching with the New Cross-Platform EVOLVE Version 3

Dread Diseases and Microbes Count!: Strategies for Classroom Activities

Connecting Microbiology With the World Outside: Constructing Opportunities for Authentic Learning in the Classroom and the Community

MGX User Guide

Approaches that Work: How Authentic Learning is Transforming Higher Education

Types of Authentic Learning Activities

Research, Development, and Change in Undergraduate Biology Education (REDCUBE) : A Web Guide For Non-Biologists.

Extend – PC

Making Sense of the Complex Life Cycles of Toxic Pfiesteria

Extend – OSX

Technology for Teaching Evolution and the Nature of Science using Digital Organisms

Learning Evolution and the Nature of Science using Evolutionary Computing and Artificial Life

Online Manual for Java Demography

LifeLines OnLine and Investigative Case-Based Learning: A Powerful Approach to Inquiry-Based Learning

Case It! Case-Study Learning Integrating Molecular Biology Computer Simulations and Internet Conferencing

BioGRAPHER Software Manual

BioGRAPHER Installation Instructions

Peapod Data

Curricular Materials

Polyfit Mac OSX Documents

WCHART Readme

Polyfit Windows Documents

Polyfit Mac OS9 Documents

Bee Visit User Guide

A Review of Computer-Based Model Research in Precollege Science Classrooms

Science as Model Building: Computers and High-School Genetics

Tutorial and Additional Activities

Simple Database Construction Using Local Sources of Data

Multiple Alignment

WDISPLAY: Wireless Room Area Network (RAN) Data Display Utility

Bacterial Polygamy

Life in the City

Java Water

Turn that Bycatch to Gold

Male Resources and Female Adaptive Mating Decisions

The Uninvited Guest

What Happened to Our Friend Ted?

The Enzyme Enterprise

What Ails the Ale? (Brewmaster Blues)

Multiple Births – Multiple Problems

Racing Rosie

Plant Sitter

The Wingra Marsh

My Twin Sister

Where Have All the Ladies Gone?

Goodbye Honeybuckets

European Starlings and Woodpeckers

How Now Mad Cow?

Rio Grande Wildlife Refuge

Outbreaks

Steroids

Got Milk?

As the Stomach Turns

The Nerve of It All

Trouble in Tucson: On the Horns of a Dilemma

Dam It! I'm in Swampeast Missouri!

MacRetina User’s Manual

Deletion Mapping of Genetic Fine Structure: Supplementing Ad Hoc Problem Solving Approaches with Algorithms and Heuristics

Digital Legacies

Some Thoughts on the 3Ps Following a Week at Beloit College

A Stages and Activities Approach to 3Ps

What is BioQUEST?: An Open Letter to a Distant Colleague

Galapagos BIRDD Introduction

BioQUEST Information & Evolution Modules

The Relevance of Old Data: Reexamining Geospiza difficilis

An Example of The BIRDD Approach to Evolution Labs: Comparing Two Species

BIRDD: Investigating Evidence for Evolution

The Ecology and Evolution of the Galapagos Finches Treehouse

Genetics Construction Kit (GCK) User's Manual

Eye Color Inheritance: 3P’s Learning without Computers

Changing the Phenotypes in Genetics Construction Kit

Calling Mr. Mendel

Guided Exercises for BeeVisit

Biometrics User’s Manual

BIRDD User’s Guide

Cell Differentials

Modeling Tools User’s Guide

Demography User’s Guide

MicroGCK User’s Guide

Epidemiology User’s Guide

Developmental Selection User’s Guide

Sampling User’s Manual

Curacao User’s Guide

Data Collection and Organization

Evolve User’s Guide

New York – 99

Lateblight User’s Guide

Exploring Human Demography

Cardio-Vascular Construction Kit (CVCK) User’s Manual

Low Calcium Tetany

Tuberculosis Today

Use of Strategic Simulations

Case It! Case-based learning via simulations of molecular biology techniques and internet conferencing

Models, Simulations, Instantiations and Evidence: The Case of Digital Evolution

Protein sequencing experiment planning using analogy

Phylogenetic Investigator User’s Manual

Evolution of Fungicide Resistance: A Study of Fitness and Selection

Phylogeny and Cladograms

CVCK Student Laboratory Manual

Resistan v. 6.2 User Manual

Using SequenceIt! in an Investigative Biology Curriculum

TB and Antibiotic Resistance

Environmental Change and Emerging Diseases

An Examination of Problem-based Teaching and Learning in Population Genetics and Evolution Using EVOLVE, a Computer Simulation

Bio 112: Evolutionary Mechanisms

How does Antiretroviral Therapy Affect HIV Mutation?

Using BioQUEST Simulations to Bring Evolution into the Lab

An Interdisciplinary Course In Evolution

An Investigative Case-Based Learning Resource for Zea’s Wild Roots

Controlling Potato Blight: Past, Present, and Future

Using a Computer Simulation to Teach Science Process Skills to College Biology and Elementary Education Majors

BioQUEST Challenges High School Students

High school students’ problem-solving performance on realistic genetics problems

Modeling & Inquiry in a High School Genetics Class

Developing Understanding Through Model-based Inquiry

Teachers’ Discourse Strategies for Supporting Learning Through Inquiry

Searching for the Hereditary Molecule

Got Milk? Revisited

Getting Started with Biostatistics

Deletion Mapping of Genetic Fine Structure: Supplementing Ad Hoc Problem Solving pproach with Algorithms and Heuristics

How Do You Know a Microbe When You See One?

BioGrapher: Graph Theoretical Properties and Visualization of Biological Interactions

BioGrapher and WDisplay: Excel Modules for Data Visualization

Peach User’s Guide

Taking a Second Look: Investigating Biology with Visual Datasets

Oh Phlox! A Visual Dataset

Hackberry Leaves: A Visual Learning Exercise

Visual Learning in Field Biology

3D-Fractal Tree Poster

FractaL-Tree PowerPoint

Real-time 3D Plant Structure Modeling by L-System with Actual Measurement Parameters

The Farmer and the Gene

Measles in Nakivale Refugee Camp

Epidemiology: Understanding Disease Spread

Vaccines: Experimenting with Strategies to Control Infectious Disease

First Time Use of Extend Applications

Bumpus Data

Investigator v 2.0

Virtual Lab Student Experiment Manual

Sequence It! User’s Manual

Building Pond Models

LifeLines OnLine Project Poster: CCLI-EMD Award 9952525

The Future of Strategic Modeling and Simulations to Support Investigative Learning in Undergraduate Biology

Public Access for Teaching Genomics, Proteomics, and Bioinformatics

College Student Meets Electron Man

Computers in the Classroom: How Information Technology Can Improve Conservation Education

Beyond Computer Literacy: Implications of Technology for the Content of a College Education

Modeling Microevolutionary Processes

Student Ecosystems Problem Solving with Computer Simulation

Coupling the BioQUEST 3Ps and Epistemiological Scaffolding in Freshman Biology Labs to Promote Experience in the Process of Science

Investigate Biosphere 2 by Modeling and Designing Experiments

Investigating Insect Orders

Winter Twigs

A Tool for Inquiry – BioQUEST Environmental Decision Making

The Use of Strategic Simulations

Lifelines Online – Curriculum and Strategies for Adult Learners: Integrating Information Technology with Problem-Solving Pedagogies

LifeLines OnLine: Investigative Case Based Learning for 21st Century Learners

Using Investigative Cases

Investigative Case Based Learning

Student Notes for Using Cases

Doing Science Collaboratively with Investigative Case Based Learning

Collaborative Inquiry in Science

LifeLines OnLine: Accessible Investigative Case Based Learning for Community Colleges

Crossing the Chasm of Curricular Reform: BioQUEST Curriculum Consortium Invites CAL-laboration

Why Count Types of White Blood Cells?

Conjugation and Mapping

Modeling Wine Fermentation

Complements Please! No Compliments Necessary

Microbiology of Stratified Waters

Flowers Unlimited Part 1: Genetics

Flowers Unlimited Part II: Biochemistry

Flowers Unlimited Part III: Molecular Biology

Using False Models to Elaborate Constraints on Processes: Blending Inheritance in Organic and Cultural Evolution

The Nature of Selection: Evolutionary Theory in Philosophical Focus

Taking the Naturalistic Turn, Or How Real Philosophy of Science Is Done

Biosphere 2: Unexpected Interactions

NETWATCH: From Gene to Green

Controlling Potato Blight: Past, Present, and Future

Scientific Teaching Online Resources

Using the 3 Ps Approach and a Computer Simulation to Teach Science Process Skills

The Cardiovascular Function Lab Announcement

John Jungck: The Godfather of Virtual Bio and Genetics Labs

Case It! Resource Manual

Scientific Teaching

Beyond Bio 101: The Transformation of Undergraduate Biology Education

Problem-Posing, Problem-Solving, and Persuasion in Biology

Exploratory Evolution Education: Engaging Students in Investigating Evolutionary Processes, Products, and Principles

Biological Inquiry: A Workbook of Investigative Cases

Problems in Beloit

Field Test a New Version of the Genetics Construction Kit for Macintosh Users

Teaching with the New Cross-Platform EVOLVE Version 3

Dread Diseases and Microbes Count!: Strategies for Classroom Activities

Connecting Microbiology With the World Outside: Constructing Opportunities for Authentic Learning in the Classroom and the Community

MGX User Guide

Approaches that Work: How Authentic Learning is Transforming Higher Education

Types of Authentic Learning Activities

Research, Development, and Change in Undergraduate Biology Education (REDCUBE) : A Web Guide For Non-Biologists.

Extend – PC

Making Sense of the Complex Life Cycles of Toxic Pfiesteria

Extend – OSX

Technology for Teaching Evolution and the Nature of Science using Digital Organisms

Learning Evolution and the Nature of Science using Evolutionary Computing and Artificial Life

Online Manual for Java Demography

LifeLines OnLine and Investigative Case-Based Learning: A Powerful Approach to Inquiry-Based Learning

Case It! Case-Study Learning Integrating Molecular Biology Computer Simulations and Internet Conferencing

BioGRAPHER Software Manual

BioGRAPHER Installation Instructions

Peapod Data

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