What science is covered this year?

Students study how human activity affects ecosystems and how science shapes decisions in their state. They look at real local issues, weigh trade-offs, and build arguments backed by evidence. Work connects to nuclear science history and current innovations at the national labs.

How can families help with science at home?

Talk about local issues that come up in the news, like water use, wildfires, or a new dam or restoration project. Ask what the trade-offs are and who benefits. Five minutes of back-and-forth at dinner builds the same reasoning students use in class.

What does mastery look like by the end of the year?

Students can take a real local problem, lay out the upsides and downsides of a proposed solution, and back their thinking with evidence. They can also explain how science, engineering, and technology work together, using examples from the national labs.

How should the year be sequenced?

Start with ecosystems and a local case study so students practice weighing trade-offs early. Move into the science and society work in the second half, once students are comfortable building claims with evidence. Save the argument-to-decision-makers task for a capstone.

Which skills usually need the most reteaching?

Building a claim with real evidence is the sticking point. Students often state an opinion and stop, or list facts without tying them to the claim. Short, repeated practice with one paragraph arguments works better than long essays.

My student says science feels disconnected from real life. What helps?

This year is built around local issues, so pick one students care about, such as a nearby river, a forest, or a lab project. Read a short news article together and ask what evidence the writer used. That small habit makes the classroom work click.

What local resources are worth building into the year?

The national labs publish accessible material on their research and history, and state agencies share data on water, land, and wildlife. A field trip, a guest speaker, or even a virtual tour gives the science and society work a concrete anchor.

How do I know students are ready for the next science course?

Students should be able to read a science-related news story, identify the claim, judge the evidence, and explain what they would tell a decision maker. If that conversation flows, the reasoning habits are in place.

What does a student learn in ?

This is the year science gets local and consequential. Students weigh the trade-offs of real choices in their own backyard, like dam projects, habitat restoration, or land reclamation. They also study how New Mexico's national labs shape nuclear science and modern technology. By spring, students can build an argument backed by evidence that could guide a real decision about a New Mexico issue.

Ecosystems and humans
Local science issues
Evidence-based arguments
Nuclear science
New Mexico labs

Source: New Mexico New Mexico Adopted Content Standards

Year at a glance

How the year usually goes. Every school and district set their own curriculum, so treat this as a guide, not official pacing.

1
Ecosystems and human impact
Students look at how people change the land and water around them. They study local projects like dams, habitat restoration, and water reclamation, and weigh what helps the environment against what harms it.
2
Designing local solutions
Students pick a real issue close to home and sketch out a plan to address it. They explain who benefits, what gets lost, and why their approach makes sense for the community.
3
New Mexico and nuclear science
Students learn how the state's national labs have shaped modern science, from early nuclear research to today's computing and engineering work. They see how scientists, engineers, and technology depend on each other.
4
Building a science argument
Students take a New Mexico challenge, such as water use, energy, or wildfire, and build an argument for decision makers. They back up their claim with evidence and clear reasoning a leader could act on.

Mastery Learning Standards

The required skills a student should display by the end of Grade 11.

Interdependent Relationships in Ecosystems

Using a local issue in your solution design, describe and analyze the…

HS-LS2-7.NM

High School

Students pick a real local issue, like a dam project or a habitat cleanup, and weigh what those human activities gain against what they cost the surrounding ecosystem.

Standard	Definition	Code
Using a local issue in your solution design, describe and analyze the… High School	Students pick a real local issue, like a dam project or a habitat cleanup, and weigh what those human activities gain against what they cost the surrounding ecosystem.	HS-LS2-7.NM

Interdependent Relationships in Ecosystems

Using a local issue in your solution design, describe and analyze the…

HS-LS2-7.NM

High School

Students pick a real local issue, like a dam project or a habitat cleanup, and weigh what those human activities gain against what they cost the surrounding ecosystem.

Standard	Definition	Code
Using a local issue in your solution design, describe and analyze the… High School	Students pick a real local issue, like a dam project or a habitat cleanup, and weigh what those human activities gain against what they cost the surrounding ecosystem.	HS-LS2-7.NM

Science and Society

Obtain and communicate information about the role of New Mexico in nuclear…

HS-SS-1.NM

High School

Students learn how New Mexico's national laboratories shaped nuclear science and modern technology, from weapons research to medical and energy breakthroughs. The work covers how science, engineering, and technology depend on each other in real systems.
Construct an argument using claims, scientific evidence

HS-SS-2.NM

High School

Students build a fact-based argument about a real New Mexico issue, such as water scarcity or wildfire risk, and aim it at someone who can act on it: a city council, a land manager, or a state agency.

Standard	Definition	Code
Obtain and communicate information about the role of New Mexico in nuclear… High School	Students learn how New Mexico's national laboratories shaped nuclear science and modern technology, from weapons research to medical and energy breakthroughs. The work covers how science, engineering, and technology depend on each other in real systems.	HS-SS-1.NM
Construct an argument using claims, scientific evidence High School	Students build a fact-based argument about a real New Mexico issue, such as water scarcity or wildfire risk, and aim it at someone who can act on it: a city council, a land manager, or a state agency.	HS-SS-2.NM

Science and Society

Obtain and communicate information about the role of New Mexico in nuclear…

HS-SS-1.NM

High School

Students learn how New Mexico's national laboratories shaped nuclear science and modern technology, from weapons research to medical and energy breakthroughs. The work covers how science, engineering, and technology depend on each other in real systems.
Construct an argument using claims, scientific evidence

HS-SS-2.NM

High School

Students build a fact-based argument about a real New Mexico issue, such as water scarcity or wildfire risk, and aim it at someone who can act on it: a city council, a land manager, or a state agency.

Standard	Definition	Code
Obtain and communicate information about the role of New Mexico in nuclear… High School	Students learn how New Mexico's national laboratories shaped nuclear science and modern technology, from weapons research to medical and energy breakthroughs. The work covers how science, engineering, and technology depend on each other in real systems.	HS-SS-1.NM
Construct an argument using claims, scientific evidence High School	Students build a fact-based argument about a real New Mexico issue, such as water scarcity or wildfire risk, and aim it at someone who can act on it: a city council, a land manager, or a state agency.	HS-SS-2.NM

Common Questions

What science is covered this year?
Students study how human activity affects ecosystems and how science shapes decisions in their state. They look at real local issues, weigh trade-offs, and build arguments backed by evidence. Work connects to nuclear science history and current innovations at the national labs.
How can families help with science at home?
Talk about local issues that come up in the news, like water use, wildfires, or a new dam or restoration project. Ask what the trade-offs are and who benefits. Five minutes of back-and-forth at dinner builds the same reasoning students use in class.
What does mastery look like by the end of the year?
Students can take a real local problem, lay out the upsides and downsides of a proposed solution, and back their thinking with evidence. They can also explain how science, engineering, and technology work together, using examples from the national labs.
How should the year be sequenced?
Start with ecosystems and a local case study so students practice weighing trade-offs early. Move into the science and society work in the second half, once students are comfortable building claims with evidence. Save the argument-to-decision-makers task for a capstone.
Which skills usually need the most reteaching?
Building a claim with real evidence is the sticking point. Students often state an opinion and stop, or list facts without tying them to the claim. Short, repeated practice with one paragraph arguments works better than long essays.
My student says science feels disconnected from real life. What helps?
This year is built around local issues, so pick one students care about, such as a nearby river, a forest, or a lab project. Read a short news article together and ask what evidence the writer used. That small habit makes the classroom work click.
What local resources are worth building into the year?
The national labs publish accessible material on their research and history, and state agencies share data on water, land, and wildlife. A field trip, a guest speaker, or even a virtual tour gives the science and society work a concrete anchor.
How do I know students are ready for the next science course?
Students should be able to read a science-related news story, identify the claim, judge the evidence, and explain what they would tell a decision maker. If that conversation flows, the reasoning habits are in place.