#treemanagement — Public Fediverse posts

Mongabay: New database captures urban tree diversity. “These are trees lining pavements, planted in orchards and in farm woodlots. Little is known, however, about the diversity of these trees — particularly in rapidly urbanising regions at risk of developing urban heat island effects in the summer. A new database capturing India’s urban tree diversity attempts to bridge this gap.”

Mongabay: New database captures urban tree diversity. “These are trees lining pavements, planted in orchards and in farm woodlots. Little is known, however, about the diversity of these trees — particularly in rapidly urbanising regions at risk of developing urban heat island effects in the summer. A new database capturing India’s urban tree diversity attempts to bridge this gap.”

Mongabay: New database captures urban tree diversity. “These are trees lining pavements, planted in orchards and in farm woodlots. Little is known, however, about the diversity of these trees — particularly in rapidly urbanising regions at risk of developing urban heat island effects in the summer. A new database capturing India’s urban tree diversity attempts to bridge this gap.”

Mongabay: New database captures urban tree diversity. “These are trees lining pavements, planted in orchards and in farm woodlots. Little is known, however, about the diversity of these trees — particularly in rapidly urbanising regions at risk of developing urban heat island effects in the summer. A new database capturing India’s urban tree diversity attempts to bridge this gap.”

Mongabay: New database captures urban tree diversity. “These are trees lining pavements, planted in orchards and in farm woodlots. Little is known, however, about the diversity of these trees — particularly in rapidly urbanising regions at risk of developing urban heat island effects in the summer. A new database capturing India’s urban tree diversity attempts to bridge this gap.”

UC Berkeley: UC Berkeley’s mass timber research is impacting the decarbonization of California’s construction industry. “Unlike traditional construction lumber, DLT panels can be made from a wide variety of wood species. Weak or small-diameter trees that cannot otherwise be used for construction, such as red fir, hemlock, and Ponderosa pine, can be joined together to create strong DLT […]

UC Berkeley: UC Berkeley’s mass timber research is impacting the decarbonization of California’s construction industry. “Unlike traditional construction lumber, DLT panels can be made from a wide variety of wood species. Weak or small-diameter trees that cannot otherwise be used for construction, such as red fir, hemlock, and Ponderosa pine, can be joined together to create strong DLT […]

UC Berkeley: UC Berkeley’s mass timber research is impacting the decarbonization of California’s construction industry. “Unlike traditional construction lumber, DLT panels can be made from a wide variety of wood species. Weak or small-diameter trees that cannot otherwise be used for construction, such as red fir, hemlock, and Ponderosa pine, can be joined together to create strong DLT […]

UC Berkeley: UC Berkeley’s mass timber research is impacting the decarbonization of California’s construction industry. “Unlike traditional construction lumber, DLT panels can be made from a wide variety of wood species. Weak or small-diameter trees that cannot otherwise be used for construction, such as red fir, hemlock, and Ponderosa pine, can be joined together to create strong DLT […]

UC Berkeley: UC Berkeley’s mass timber research is impacting the decarbonization of California’s construction industry. “Unlike traditional construction lumber, DLT panels can be made from a wide variety of wood species. Weak or small-diameter trees that cannot otherwise be used for construction, such as red fir, hemlock, and Ponderosa pine, can be joined together to create strong DLT […]