Worksheet
Rome's Water Commissioner and a Farm in a Drought
Grade 6 economics: source Frontinus's report on Rome's aqueducts, then apply scarcity and opportunity cost to a made-up farm's water choices in a drought.
Grade 6Social StudiesInteractive · Printable
Aligned toECO.6.3
What’s included
- Single worksheet
- Auto-graded online
- 1 C3 Framework standard
- Printable answer key
- 11 questions
- Classroom-ready
Details
- Format
- Interactive · Printable
- Grade
- Grade 6
- Subject
- Social Studies
- Question types
- Fill in the blank, Multiple choice, Circle the answer, Short answer
About this worksheet
What students practice
- Students explain why water was scarce in ancient Rome and how Romans shared it.
- Students source an adapted excerpt by Frontinus, Rome's water commissioner.
- Students identify the opportunity cost of a choice about limited water today.
How to use
Read the passage and the source note together, then let students answer the sourcing questions in pairs. Students can work the farm problem on their own.
Curriculum
C3 Framework standard covered
Use scarcity and opportunity cost to explain choices ancient peoples and people today make about limited resources.
Preview
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Rome's Water Commissioner and a Farm in a Drought
Source an adapted excerpt by Frontinus, then use scarcity and opportunity cost to explain choices about water then and now.
Rome's water
Read the passage. Then answer the questions.
Water for a Crowded City
1By the first century CE, historians estimate that about a million people lived in Rome. Most of their water arrived by aqueduct, a channel that carried water downhill from springs and rivers in the hills. Much of each channel ran underground, and parts crossed valleys on tall stone arches. The first aqueduct was built in 312 BCE. By 97 CE, Rome had nine.
2Water flowed through the aqueducts day and night. Most Romans collected it at public fountains and basins on street corners and carried it home in jars. Public baths used huge amounts, and the overflow from fountains and baths ran on through the sewers, washing them out. A small number of wealthy Romans received a grant, or permission, to run a pipe from the public supply into their own homes. A grant belonged to the person, not to the house. When the holder died or sold the house, the water went back to the public supply to be granted again.
3Building a new aqueduct took years of work by thousands of laborers, along with great amounts of stone and money. So the city could not simply build more whenever people wanted more water. Leaks and cracked channels also wasted water, and every repair took workers and money that could have gone to other projects. Every jar of water used in one place was water that could not be used somewhere else.
4In 97 CE, Emperor Nerva named Sextus Julius Frontinus, a former general and governor, as Rome's water commissioner. Frontinus inspected the aqueducts, measured how much water each one carried and wrote a book, On the Aqueducts of Rome, about what he found.
- A. Many uses competed for the flow, and new aqueducts took years to build.
- B. Rome had no rivers or springs in the hills that the aqueducts could reach.
- C. The aqueducts were shut off at night, so water ran half of each day.
- D. Romans were not allowed to drink the water that the aqueducts carried.
- A. It let a family sell its water grant to the highest bidder in the city.
- B. It let officials give the water to someone new instead of keeping it in one family.
- C. It made each wealthy family pay twice as much for the same amount of water.
- D. It moved water from the public fountains into private homes after a sale.
- A. The water that could have flowed to public fountains
- B. The money the Roman paid workers to dig the pool
- C. The fun the Roman's family has swimming in the pool
- D. The stone used to build the arches of the aqueduct
Read a source
Read the note and the excerpt. Then answer the questions.
Adapted from a translation of Frontinus's On the Aqueducts of Rome
1With so many necessary structures carrying so much water, compare, if you like, the idle pyramids or the useless though famous works of the Greeks!
2I found that water-men were secretly turning water from the public channels to private users. Many landowners whose fields lie along the aqueducts tap the channels to water their gardens. As a result, the public fountains ran low.
3Thanks to the care of our emperor Nerva, more water now reaches the public fountains, the streets are cleaner and the air is healthier.
- A. He thought Rome should copy Egypt and build pyramids of its own.
- B. He wanted to spend Rome's water money on famous statues.
- C. He valued useful public works more than grand monuments.
- D. He believed Greek buildings carried more water than Roman ones.
I found that water-men were secretly turning water from the public channels to private users.Many landowners whose fields lie along the aqueducts tap the channels to water their gardens.As a result, the public fountains ran low.
- A. Frontinus was a Greek visitor who wanted to make Rome look bad.
- B. Frontinus had not seen the aqueducts, so he guessed about the fountains.
- C. Frontinus was judging his own work and praising his emperor.
- D. Frontinus wrote it centuries after the aqueducts had fallen apart.
A choice today
Read about the Ibarra family farm, which is made up. Use the graph and the table.
| Crop | Water needed per acre | Profit per acre |
|---|---|---|
| Alfalfa | 5 acre-feet | $300 |
| Tomatoes | 3 acre-feet | $900 |
| Melons | 2 acre-feet | $500 |
This year the farm receives acre-feet less water than it did in Year 1.
If they plant only tomatoes, they can water acres, for a profit of $ .
- A. The $3,600 profit they could have earned from alfalfa
- B. The $15,000 profit they could have earned from melons
- C. The $18,000 profit the family earns from the tomatoes
- D. The $18,600 they could have earned from both other crops
- A. In both, an emperor decided how much water each farm received.
- B. Both took water from public fountains to grow crops for sale.
- C. Both solved scarcity by building a new aqueduct for each user.
- D. In both, water used one way could not be used another way.
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