Big Questions: How do native plants and animals adapt to the affects of the sun? Small Question: What resources do animals require to survive? Objective: Students will be able to create shade structures and experiment with the difference in shade from native plants vs shade from their own structures. Materials:
Big Questions: How do native plants and animals adapt to the affects of the sun? Small Question: What resources do animals require to survive? Objective: Students will be able to create shade structures and experiment with the difference in shade from native plants vs shade from their own structures. Materials:
Big Questions: How do native plants and animals adapt to the affects of the sun? Small Question: What resources do animals require to survive? Objective: Students will be able to create shade structures and experiment with the difference in shade from native plants vs shade from their own structures. Materials:
Big Questions: How do native plants and animals adapt to the affects of the sun? Small Question: What resources do animals require to survive? Objective: Students will be able to create shade structures and experiment with the difference in shade from native plants vs shade from their own structures. Materials:
Big Questions: How do native plants and animals adapt to the affects of the sun? Small Question: What resources do animals require to survive? Objective: Students will be able to create shade structures and experiment with the difference in shade from native plants vs shade from their own structures. Materials:
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 a
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 a
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 a
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 a
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 a
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 a
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 a
