In the natural world, everything is connected. Because of this, ecologists are able to map an ecosystem and identify the highest-leverage organisms that keep the system healthy. They call them keystones. On the Olympic Peninsula of Washington state, starfish are the keystones, and they keep the ecosystem thriving.

What if we can find the starfish in our human ecosystems? Applying this science to the STEM teacher shortage, we mapped the STEM education system and discovered the highest-leverage opportunities for STEM teaching.

In the natural world, everything is connected. Because of this, ecologists are able to map an ecosystem and identify the highest-leverage organisms that keep the system healthy. They call them keystones. On the Olympic Peninsula of Washington state, starfish are the keystones, and they keep the ecosystem thriving.

What if we can find the starfish in our human ecosystems? Applying this science to the STEM teacher shortage, we mapped the STEM education system and discovered the highest-leverage opportunities for STEM teaching.

In the natural world, everything is connected. Because of this, ecologists are able to map an ecosystem and identify the highest-leverage organisms that keep the system healthy. They call them keystones. On the Olympic Peninsula of Washington state, starfish are the keystones, and they keep the ecosystem thriving.

What if we can find the starfish in our human ecosystems? Applying this science to the STEM teacher shortage, we mapped the STEM education system and discovered the highest-leverage opportunities for STEM teaching.

In the natural world, everything is connected. Because of this, ecologists are able to map an ecosystem and identify the highest-leverage organisms that keep the system healthy. They call them keystones. On the Olympic Peninsula of Washington state, starfish are the keystones, and they keep the ecosystem thriving.

What if we can find the starfish in our human ecosystems? Applying this science to the STEM teacher shortage, we mapped the STEM education system and discovered the highest-leverage opportunities for STEM teaching.

In the natural world, everything is connected. Because of this, ecologists are able to map an ecosystem and identify the highest-leverage organisms that keep the system healthy. They call them keystones. On the Olympic Peninsula of Washington state, starfish are the keystones, and they keep the ecosystem thriving.

What if we can find the starfish in our human ecosystems? Applying this science to the STEM teacher shortage, we mapped the STEM education system and discovered the highest-leverage opportunities for STEM teaching.

In the natural world, everything is connected. Because of this, ecologists are able to map an ecosystem and identify the highest-leverage organisms that keep the system healthy. They call them keystones. On the Olympic Peninsula of Washington state, starfish are the keystones, and they keep the ecosystem thriving.

What if we can find the starfish in our human ecosystems? Applying this science to the STEM teacher shortage, we mapped the STEM education system and discovered the highest-leverage opportunities for STEM teaching.

In the natural world, everything is connected. Because of this, ecologists are able to map an ecosystem and identify the highest-leverage organisms that keep the system healthy. They call them keystones. On the Olympic Peninsula of Washington state, starfish are the keystones, and they keep the ecosystem thriving.

What if we can find the starfish in our human ecosystems? Applying this science to the STEM teacher shortage, we mapped the STEM education system and discovered the highest-leverage opportunities for STEM teaching.