Earth & Environmental Computing · Week 16 · Course session · 22 slides
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Earth & Environmental Computing | Computational Methods for Earth & Environmental Science | 16-Week Course

Course Synthesis: from Syntax to Insight

Sixteen weeks, one river, one standard: an analysis anyone can check.

The arc · Checklist · Presentations · What transfers
Week 16·Course session·Open Course Materials | Adapt for your classroom·Week 16 | Course session | Presentations Wed and Fri | Package due Fri Dec 11
Learning Objectives

By the end of this lecture, you will be able to...

  • Trace the semester's arc from syntax to scientific insight
  • Run the reproducibility checklist on your own package
  • State the habits that transfer beyond this course
  • Know exactly how the presentations run
Contents

Today's Lecture

01The Arc
03Presentations and Closing
02The Final Package
Recap

Where Week 15 Left You

  • Analysis complete, riskiest pieces retired
  • Figures drafted and polished against the checklist
  • README written; reproducibility pass run
  • This week: the story, the checklist, the podium
01

The Arc

One dataset, sixteen weeks, and the habits that outlast the syntax.

01 · The arc

One Dataset, Sixteen Weeks

1

See (Wk 1-3)

Plot the river's record; count its events; first thresholds defended.

2

Build (Wk 4-6)

Tested functions; grids; the rain-to-peak lag measured.

3

Argue (Wk 7-9)

Figures with claims; regressions with residuals; tools you built yourself.

4

Judge (Wk 10-12)

Verified AI edits; validated maps; a model diagnosed honestly.

The syntax was never the point: each week's question needed the previous week's skill.

Pause and think

?

In Week 6 you measured the rain-to-peak lag. Which THREE earlier skills did that measurement quietly require?

Dates parsed and merged (Wk 6), boolean events (Wk 3), labeled figures (Wk 1)
Every analysis is a stack; the final project is your stack
01 · The arc

The Durable Habits

Verification

Tiny tests, magnitude anchors, two routes to every important number.

Honest scoring

Residuals as diagnosis; unseen data as the judge; calibrated verbs.

Disclosure

Sources cited, assistance logged, work explainable line by line.

Libraries churn; these habits are the skill.

01 · The arc

Where These Habits Go Next

  • A thesis: the reproducibility bar is now the journal bar
  • An agency job: USGS and DNR workflows look exactly like this
  • Any career touching data: the verification instinct compounds
  • The specific dataset was Iowa; the practices are portable
02

The Final Package

The checklist, item by item, marked right now.

02 · The final package

Final-Package Pass, Item by Item

CheckHow
Runs for a strangerFresh clone, Restart and Run All succeeds
Figures completeLabels, units, legend, caption on every one
Data citedSource, URL, access date in the README
Statements match realityContribution statements name real work
AI log completeOr explicitly empty
One number tracedA conclusion value followed back to raw data by hand

Ten minutes today saves a grade on Friday.

Pause and think

?

Which checklist item is your group most likely to fail today, and what is the fix before Wednesday?

03

Presentations and Closing

How the last week runs, and what the course was actually about.

03 · Presentations and closing

How Wednesday and Friday Run

  • Ten minutes per group, then questions
  • Every member speaks
  • Every member answers one oral question, instructor's choice
  • The oral question is the course's definition of ownership
03 · Presentations and closing

What the Rubric Rewards

ComponentWhat strong looks like
Question and motivationSpecific, answerable, honestly framed
MethodOne method, applied correctly, validated
FiguresEach makes one claim visible
InterpretationLimitations named without prompting
Disclosure and verificationLog complete; checks described
Individual understandingAny member explains any section
03 · Presentations and closing

The Ten-Minute Shape That Works

  • One slide: question and why it matters (1 min)
  • One slide: data and method (2 min)
  • Two or three figures, one claim each (5 min)
  • One slide: limitations and what you would do next (2 min)
03 · Presentations and closing

The Course's Quiet Thesis

01

Claim

Computation is how modern Earth science asks whether its own claims are true.

02

Evidence

Sixteen weeks of checks: asserts, anchors, residuals, holdouts, logs.

03

Charge

A reproducible analysis is an argument anyone can check. Hold your own work to it first.

03 · Presentations and closing

By the Numbers

What you ran

12 labs, 26 notebooks, one final project, every one reproducible.

What you analyzed

7 years of weather, 11 years of river flow, 17 stations, a century of water quality.

What you built

Functions with tests, maps with validation, a model with an honest diagnosis.

03 · Presentations and closing

If This Course Clicked

  • Undergraduate research: hydrogeophysics and computation opportunities in SEES
  • Next courses: GIS, hydrology, and data-science electives
  • Portfolio: your final project is a public-ready repository
  • The Iowa River keeps flowing; the record keeps growing
03 · Presentations and closing

The Last Week, Exactly

WhenWhat
Wednesday, Dec 9Presentations, part 1: order posted on the course site
Friday, Dec 11Presentations, part 2
Friday, Dec 11Final package due: notebook, figures, README, statements, AI log

Submission path and presentation order are posted on the course site.

Summary

Key Takeaways

  • The arc: see, build, argue, judge
  • Run the checklist before Wednesday
  • Rehearse the oral questions inside your group
  • A notebook that ran is not a notebook that runs
Discussion · Next week: your presentations

?

A committee member asks: how do you KNOW your main number is right? Which two habits from this course answer them? Practice the answer out loud this week.