REQUIREMENT: All 6th grade classes who register to attend the field trip into Joshua Tree National Park on November 13, 14, or 16 must also register for this session. Where We Live: Understanding the Uniqueness of the Desert is in preparation for the field trip "Our Desert Ecosystem." During this
REQUIREMENT: All 6th grade classes who register to attend the field trip into Joshua Tree National Park on November 13, 14, or 16 must also register for this session. Where We Live: Understanding the Uniqueness of the Desert is in preparation for the field trip "Our Desert Ecosystem." During this
FIELD TRIP #1 | Our Desert Ecosystem Location: Indian Cove Amphitheatre inside Joshua Tree National Park Big Question: What makes the desert unique? How does human interaction impact the ecosystem? Small Question: How do species interact with one another to survive in the desert? How can human efforts (progress
FIELD TRIP #1 | Our Desert Ecosystem Location: Indian Cove Amphitheatre inside Joshua Tree National Park Big Question: What makes the desert unique? How does human interaction impact the ecosystem? Small Question: How do species interact with one another to survive in the desert? How can human efforts (progress
FIELD TRIP #1 | Our Desert Ecosystem Location: Indian Cove Amphitheatre inside Joshua Tree National Park Big Question: What makes the desert unique? How does human interaction impact the ecosystem? Small Question: How do species interact with one another to survive in the desert? How can human efforts (progress
PREPARATION: Solar Photograms Objective: This lesson focuses on exploring the basics of the photographic process by creating a solar photogram using cyanotype chemistry and found objects. A photogram is made by placing objects directly onto paper and then exposing to light. Our process will involve photosensitive chemistry. Students will choose
PREPARATION: Solar Photograms Objective: This lesson focuses on exploring the basics of the photographic process by creating a solar photogram using cyanotype chemistry and found objects. A photogram is made by placing objects directly onto paper and then exposing to light. Our process will involve photosensitive chemistry. Students will choose
PREPARATION: Solar Photograms Objective: This lesson focuses on exploring the basics of the photographic process by creating a solar photogram using cyanotype chemistry and found objects. A photogram is made by placing objects directly onto paper and then exposing to light. Our process will involve photosensitive chemistry. Students will choose
PREPARATION: Solar Photograms Objective: This lesson focuses on exploring the basics of the photographic process by creating a solar photogram using cyanotype chemistry and found objects. A photogram is made by placing objects directly onto paper and then exposing to light. Our process will involve photosensitive chemistry. Students will choose
PREPARATION: Solar Photograms Objective: This lesson focuses on exploring the basics of the photographic process by creating a solar photogram using cyanotype chemistry and found objects. A photogram is made by placing objects directly onto paper and then exposing to light. Our process will involve photosensitive chemistry. Students will choose
PREPARATION: Solar Photograms Objective: This lesson focuses on exploring the basics of the photographic process by creating a solar photogram using cyanotype chemistry and found objects. A photogram is made by placing objects directly onto paper and then exposing to light. Our process will involve photosensitive chemistry. Students will choose
PREPARATION: Solar Photograms Objective: This lesson focuses on exploring the basics of the photographic process by creating a solar photogram using cyanotype chemistry and found objects. A photogram is made by placing objects directly onto paper and then exposing to light. Our process will involve photosensitive chemistry. Students will choose
