Waterlines: How Water Shapes Our World cover art

All Episodes

Waterlines: How Water Shapes Our World — 71 episodes

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Title
1

When Rising Seas Thaw Frozen Ground from Below

2

As Ice Sheets Lighten, Seawater Moves Underground

3

When Thawing Permafrost Reroutes a Gasoline Spill Underground

4

When Hot Pipelines Warm Frozen Ground

5

When Permafrost Thaws, Groundwater Can Carry Old Carbon Back Into the World

6

Reading Arctic Thaw in Stream Water

7

Fluoride in Well Water: When Groundwater Has Too Little—or Too Much

8

When Water Maps Guess Too High and Too Low: Fixing Machine Learning Bias in Groundwater Science

9

Finding Water’s Address: A New Map for Groundwater Clues

10

When Water Models Meet the Real World: Why Useful Predictions Are Never Proof

11

Counting Groundwater Trouble Fairly: Why Aquifer Maps Need Grids, Not Guesswork

12

Methane in the Well: Measuring Britain’s Groundwater Before Shale Gas

13

What Public Wells Reveal About America’s Groundwater

14

How Deep Is the Rock Beneath the Delaware River Basin?

15

Why Big Water Models Can Miss Small Streams

16

When Old Oil Wells Leak Into Groundwater: Methane, Microbes, and the Hidden Chemistry Below

17

The Hidden Nitrate Map Beneath Our Drinking Water

18

What’s in the Well? Pesticide Breakdowns in U.S. Drinking-Water Aquifers

19

California’s Groundwater Checkup: Measuring Risk by Place and by People

20

Who Gets Tap Water from Underground? Mapping America’s Public-Supply Groundwater

21

When Wetlands Whisper and Groundwater Speaks: Tracking Chemistry in a Flat Michigan Stream

22

The Water Cycle Picture Is Missing Us

23

What Salt Can Tell Us About a Well: Reading Groundwater in Southern Quebec

24

When Rivers Get Saltier: Climate, Road Salt, and the Future Chemistry of U.S. Freshwater

25

Reading Rivers in Mud: How AI Helps Decode Sediment and Climate Stories

26

When Water Data Speak Different Languages: Why Nitrate Units Matter

27

Reading Deep Heat in Mexico’s Geothermal Water

28

When Methane Finds a Water Well: Tracking Gas Leaks in Shale Country

29

When Gas Wells Leak: How Scientists Trace Methane in Drinking Water

30

When Water Data Is Scarce: Teaching AI to Listen to Science

31

Helium in the Well Water: Tracing Hidden Groundwater Beneath Michigan

32

Why Water Data Needs a Cleanup Before It Can Tell Us What’s in Our Streams

33

Methane in the Creek: How Streams Can Reveal Hidden Gas Leaks

34

The Glacier Water Hidden in Michigan’s Shale Gas

35

The Forgotten Wells Beneath Our Water, Climate, and Clean Energy Future

36

When Methane Shows Up in Well Water: Reading the Chemistry Clues

37

Penguin Clues in Antarctic Mud: How Guano, Water, and Nitrogen Reveal Past Colonies

38

Can a Stream Spill Hide in Plain Sight? Mapping Water Clues Near Shale Gas Wells

39

Fracking, Drinking Water, and the Data People Need to Trust

40

The Hidden Water Library: Why Sharing Chemistry Data Matters

41

Tiny Tracers Under the South China Sea: How Noble Gases Reveal Water, Faults, and Gas

42

Old Wells, Road Salt, and Drinking Water: A Pennsylvania Groundwater Detective Story

43

What 11,000 Wells Reveal About Fracking, Methane, and Rural Drinking Water

44

Hot Springs, Helium, and a Moving Plateau: What Water Reveals Beneath Tibet

45

Why U.S. Rivers Are Getting Saltier, and Why Their Chemistry Is More Complicated Than Road Salt

46

When Satellites Meet Stream Boots: A Friendly Guide to Trusting Big Water Data

47

How Old Is the Water Under Quebec’s Eskers?

48

When Gas Finds Water: Tracking Methane Through Streams, Wells, and Rock in Pennsylvania

49

Reading Snow with Thermometers: A New Way to Track Winter Water

50

When Mountains Squeeze Stone: Tiny Shale Pores, Ancient Seas, and Today’s Energy Choices

51

How Rain Draws Hidden Lines in Soil — and What AI Can Learn From Them

52

When Methane Shows Up in Well Water: How Scientists Read Groundwater Clues

53

When Algorithms Read the Water: Machine Learning, Geochemistry, and the Hidden Stories in Samples

54

Reading Well Water With Nitrogen: Tracking Stray Natural Gas in Texas Groundwater

55

A Slight Salt Signal in Groundwater Near Shale Gas Wells

56

Finding the Hidden Ingredients in Rivers, Sediments, and Landscapes

57

What Deep Oil Fluids Can Teach Us About Water, Rocks, and Energy Choices

58

What Is Salting Rural Wells? Road Salt, Brine, and the Groundwater Detective Story in Appalachia

59

Tiny Gases in Ancient Shale Water: A Hidden Record of China's Mountain Building

60

Where Rivers Meet the Gulf: Making Sense of Water Data That Shapes Coasts

61

When Fracking Meets Old Oil Country: What Groundwater Chemistry Can Reveal

62

Volcano Clues in Cold Groundwater: Noble Gases Beneath Weishan

63

When Power Plants Change Fuel, Do Nearby Streams Notice?

64

When CO2 Meets Deep Seawater: Lessons from a Natural Storage Site in the South China Sea

65

What a Creek Can Tell Us About Hidden Chemistry Underground

66

Noble Gases and Stray Methane in the Trinity Aquifer

67

Noble Gases and Methane in Texas Groundwater

68

Reading Hidden Flowpaths in Stream Chemistry

69

Noble Gases, Ancient Water, and Folded Shale in the Sichuan Basin

70

The Ghosts of Drilling Past — What Tiny Stream Bugs Tell Us About Energy's True Footprint

71

Cemeteries, Cities, and Streams: How Urban Landscapes Shape Water Quality