Chapter 10: Further Reading and Resources
Academic Papers
Field Goal Analysis
-
"The Determinants of NFL Field Goal Success" - Berry & Berry (2015) - Statistical analysis of FG make probability - Weather, distance, and situational factors - Foundation for probability modeling
-
"Kicker Evaluation Using Expected Points" - Burke (2013) - Expected points framework for kicker assessment - Field goals over expected methodology - Career value estimation
-
"The Effect of Temperature on Football Kicking Distance" - Cross (2012) - Physics of kicking in different conditions - Temperature and air density impacts - Applications for game strategy
Fourth Down Decision Analysis
-
"Going for Three: Predicting the Likelihood of Field Goal Success" - Bilder & Loughin (1998) - Early work on FG probability modeling - Distance-based prediction framework - Statistical methodology foundations
-
"It's Fourth Down and What Does the Bellman Equation Say?" - Romer (2006) - Landmark paper on fourth-down decision-making - Dynamic programming approach - Evidence of systematic conservatism
-
"Fourth Down Decisions: Is the Math Wrong?" - Carter & Machol (1978) - Early quantitative fourth-down analysis - Expected value calculations - Historical context for modern work
Punting and Kickoffs
-
"The Expected Points and Win Probability of Punts" - Yurko et al. (2019) - Comprehensive punt valuation - Net punting vs gross punting - Field position expected points
-
"Optimal Kickoff Strategies in Professional Football" - Maddox (2020) - Touchback vs return analysis - Expected starting position models - Rule change impact analysis
Books
Sports Analytics Foundations
-
"Mathletics: How Gamblers, Managers, and Sports Enthusiasts Use Mathematics" - Wayne Winston - Chapter on football special teams - Expected points introduction - Practical applications
-
"The Hidden Game of Football" - Carroll, Palmer & Thorn
- Pioneer work in football analytics
- Expected points development
- Special teams valuation concepts
-
"Football Analytics with Python and R" - Eric Eager & George Chahrouri
- Modern computational approaches
- Code examples for special teams metrics
- Data sources and manipulation
Decision Theory
-
"Thinking, Fast and Slow" - Daniel Kahneman
- Cognitive biases in decision-making
- Risk aversion and probability assessment
- Applications to coaching decisions
-
"The Signal and the Noise" - Nate Silver
- Chapter on sports prediction
- Probability thinking frameworks
- Model building best practices
Online Resources
Data Sources
-
cfbfastR (R Package)
https://cfbfastR.sportsdataverse.org/- College football play-by-play data
- Expected points and win probability
- Special teams play identification
-
collegefootballdata.com API
https://collegefootballdata.com/- Historical game data
- Play-by-play access
- Advanced statistics
-
Sports Reference - College Football
https://www.sports-reference.com/cfb/- Historical kicking statistics
- Punting records and averages
- Team special teams rankings
Analytics Websites
-
Football Outsiders
https://www.footballoutsiders.com/- Special teams DVOA methodology
- Weekly analysis and rankings
- Historical special teams data
-
The Athletic - College Football
- Premium analytics content
- Fourth-down analysis articles
- Special teams feature pieces
-
ESPN's Stats & Info
- Expected points explanations
- Fourth-down decision analysis
- Win probability applications
Research Blogs
-
Ben Baldwin's Football Analytics
https://rbsdm.com/- Fourth-down decision models
- Expected points methodology
- Open-source code and data
-
Michael Lopez's Statistical Research
- NFL competition committee work
- Special teams research
- Rule change analysis
-
Football Perspective
https://www.footballperspective.com/- Historical kicking analysis
- Fourth-down tendencies
- Statistical deep dives
Video Resources
Educational Content
-
StatsbyLopez YouTube Channel
- Expected points explained
- Win probability tutorials
- NFL analytics methodology
-
MIT Sloan Sports Analytics Conference
- Annual special teams presentations
- Research paper discussions
- Industry practitioner talks
-
Coursera: Sports Analytics
- University-level courses
- Statistical methods for sports
- Project-based learning
Software and Tools
Analysis Packages
-
nflfastR / cfbfastR
- R packages for football data
- EPA and WPA calculations
- Play-by-play parsing
-
nfl_data_py / cfb_data_py
- Python equivalents
- Pandas integration
- Visualization support
-
sportsdataverse
- Multi-sport data ecosystem
- Standardized data formats
- Cross-sport analysis tools
Visualization Tools
-
Matplotlib/Seaborn
- Python visualization libraries
- Field goal charts
- Decision boundary plots
-
ggplot2
- R visualization package
- Publication-quality graphics
- Special teams visualizations
-
Plotly
- Interactive visualizations
- Dashboard creation
- Hover data and animations
Professional Resources
Industry Publications
-
Football Analytics Summit Proceedings
- Annual conference papers
- Industry best practices
- Emerging methodologies
-
Journal of Quantitative Analysis in Sports
- Peer-reviewed research
- Methodological advances
- Applied sports statistics
-
Big Data Bowl Competition Papers
- NFL-sponsored research
- Tracking data applications
- Special teams innovations
Career Development
-
Sports Analytics Career Guide - Alamar
- Industry overview
- Required skills
- Career pathways
-
Analytics Job Boards
- TeamWork Online
- Sports Business Solutions
- LinkedIn Sports Analytics
Practice Datasets
Publicly Available
-
Kaggle NFL Data
https://www.kaggle.com/datasets- Play-by-play datasets
- Special teams subset available
-
GitHub Football Data Repositories
- Community-maintained datasets
- Historical play-by-play
- Cleaned and processed data
-
Lee Sharpe's NFL Data
https://github.com/leesharpe/nfldata- Game-level data
- Team statistics
- Historical records
Recommended Learning Path
Beginner Level
- Start with Chapter 10 content
- Read Winston's "Mathletics" football chapter
- Explore cfbfastR documentation
- Practice basic probability calculations
Intermediate Level
- Read Romer (2006) on fourth-down decisions
- Work through Football Analytics with Python/R
- Build field goal probability models
- Create fourth-down decision tools
Advanced Level
- Study academic papers on special teams
- Contribute to open-source projects
- Attend analytics conferences
- Develop novel methodologies
Community Resources
Online Communities
-
r/NFLstatheads (Reddit)
- Community discussion
- Methodology debates
- Resource sharing
-
Sports Analytics Twitter
- @benaborowitz
- @EaglesXOs
- @maborowitz
- @SethWalder
-
Discord Analytics Servers
- Real-time discussion
- Code sharing
- Job opportunities
Conferences and Events
-
MIT Sloan Sports Analytics Conference
- Annual March event
- Research presentations
- Networking opportunities
-
SABR Analytics Conference
- Baseball focus with football content
- Multi-sport analytics
- Academic presentations
-
Sports Analytics World Series
- Global events
- Industry practitioners
- Educational workshops
Chapter-Specific Resources
Field Goal Modeling
- Burke's Expected Points articles
- Weather impact research
- Kicker evaluation methodologies
Punting Analysis
- Net vs gross punting debates
- Hang time studies
- Field position value research
Fourth Down Decisions
- Romer's original paper
- EdjSports' fourth-down bot
- Baldwin's decision models
Coverage Units
- PFF grading methodology
- Tackle rate analysis
- Return prevention research
Citation Guidelines
When using these resources in academic work:
APA Format Example:
Romer, D. (2006). Do firms maximize? Evidence from professional
football. Journal of Political Economy, 114(2), 340-365.
Chicago Format Example:
Romer, David. "Do Firms Maximize? Evidence from Professional
Football." Journal of Political Economy 114, no. 2 (2006): 340-365.
Updates and Corrections
This resource list was compiled in 2024. For the most current resources: - Check package documentation for version updates - Follow key researchers on social media - Attend annual conferences for latest research - Monitor academic journals for new publications
Special teams analytics is an evolving field. Stay current by engaging with the community and regularly reviewing new publications.