Jake Marote

STANDARDS

CCSS: 7.SP.B.3, MP2, MP3

TEKS: 7.12B, 7.12C

Surf's Up for Science

How Cliff Kapono turned his hobby into a science project

Cliff Kapono was just settling into life as a chemistry student at the University of California, San Diego, when his professor called him into his office. “I see you’ve been doing a lot of surfing,” the professor said. “Yes, I surf every day,” Kapono admitted, thinking he was in trouble.

But the professor wasn’t upset. “That’s awesome!” he replied, to Kapono’s surprise. He told Kapono to find a research project that combines science and surfing. “That was the first time I realized I didn’t have to separate these two loves,” says Kapono. He’s a Native Hawaiian who grew up exploring nature and riding big waves.

Cliff Kapono was just settling into life as a chemistry student at the University of California, San Diego, when his professor called him into his office. “I see you’ve been doing a lot of surfing,” the professor said. “Yes, I surf every day,” Kapono admitted, thinking he was in trouble.

But the professor wasn’t upset. “That’s awesome!” he replied, to Kapono’s surprise. He told Kapono to find a research project that combines science and surfing. “That was the first time I realized I didn’t have to separate these two loves,” says Kapono. He’s a Native Hawaiian who grew up exploring nature and riding big waves.

Taking his professor’s advice, Kapano decided to find out how spending time in the ocean affects surfers’ microbiomes. Your microbiome is the collection of bacteria, viruses, and other tiny organisms that live on and in your body. According to some estimates, microbes outnumber your own cells 3 to 1. Many of them keep you healthy by helping to digest food and fight infections.

Kapono wondered whether surfers pick up microbes from seawater that make their microbiomes special. If so, he wanted to know: Do the microbes differ from the kinds that inhabit nonsurfers? Do surfers’ microbes differ in different parts of the world?

Kapono decided to take his professor’s advice. He wanted to find out how spending time in the ocean affects surfers' microbiomes. Your microbiome is the collection of tiny organisms that live on your body. These tiny organisms include bacteria and viruses. According to some estimates, microbes outnumber your own cells 3 to 1. Many of them actually keep you healthy. Some help you digest food. Others fight infections.

Kapono wondered if surfers pick up microbes from seawater. Spending time in the water might make their microbiomes special. He decided to make this his research project. He wanted answers to questions like: Do the microbes differ from the kinds on nonsurfers? Do surfers' microbes differ in different parts of the world?

Kapono called his study the Surfer Biome Project. He began by visiting surfers all over the world—from Hawaii to Morocco to the United Kingdom. To find the makeup of their microbiomes, he rubbed cotton swabs on their heads, in their mouths, and on other body parts. In all, he collected more than 500 samples.

Back in the lab, he and his colleagues tested the samples and identified thousands of different microbes. Then they compared the results to samples from nonsurfers. Kapono is still analyzing the data. But, he says, “we have reason to believe we’ve found unique bacteria that are specific to surfers.”

He hopes to do similar studies with other groups of people. “What about all farmers, or all skiers?” Kapono asks. He suspects that each group of people shares its own unique microbes picked up from soil or snow. “With science, we start to see these invisible connections we couldn’t see before,” he says.

Kapono called his study the Surfer Biome Project. He began by visiting surfers all over the world—from Hawaii to Morocco to the United Kingdom. To find the makeup of their microbiomes, he rubbed cotton swabs on their heads, in their mouths, and on other body parts. In all, he collected more than 500 samples.

Back in the lab, he and his colleagues tested the samples and identified thousands of different microbes. Then they compared the results to samples from nonsurfers. Kapono is still analyzing the data. But, he says, “we have reason to believe we’ve found unique bacteria that are specific to surfers.”

He hopes to do similar studies with other groups of people. “What about all farmers, or all skiers?” Kapono asks. He suspects that each group of people shares its own unique microbes picked up from soil or snow. “With science, we start to see these invisible connections we couldn’t see before,” he says.

Use the graph to draw conclusions about the data. Record your work and answers on our answer sheet.

Use the graph to draw conclusions about the data. Record your work and answers on our answer sheet.

What can you learn from this double-bar graph that you couldn’t learn from a single-bar graph?

What can you learn from this double-bar graph that you couldn’t learn from a single-bar graph?

Does Kapono’s hand have more Actinobacteria or Firmicutes microbes?

Does Kapono’s hand have more Actinobacteria or Firmicutes microbes?

A. Which types of bacteria show the biggest differences between Kapono’s hand and the average hand?

A. Which types of bacteria show the biggest differences between Kapono’s hand and the average hand?

B. Which types of bacteria show the smallest differences?

B. Which types of bacteria show the smallest differences?

A. Which type of bacteria makes up the largest percentage on the average hand?

A. Which type of bacteria makes up the largest percentage on the average hand?

B. How does the percentage of  these bacteria found on Kapono’s hand compare?

B. How does the percentage of  these bacteria found on Kapono’s hand compare?

A. How do the percentages of Cyanobacteria on Kapono’s hand and on the average hand compare?

A. How do the percentages of Cyanobacteria on Kapono’s hand and on the average hand compare?

B. How do the percentages of Proteobacteria compare between Kapono’s hand and the average hand?

B. How do the percentages of Proteobacteria compare between Kapono’s hand and the average hand?

C. Proteobacteria are also found on ocean plants and animals. Does this surprise you? Explain your reasoning.

C. Proteobacteria are also found on ocean plants and animals. Does this surprise you? Explain your reasoning.

Do you think the distribution of bacteria on your hand would look more like Kapono’s or more like the average person’s hand? Explain your answer.

Do you think the distribution of bacteria on your hand would look more like Kapono’s or more like the average person’s hand? Explain your answer.

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