This lecture discusses physical and chemical processes that break down rocks and rock debris transportation mechanisms. Physical weathering includes abrasion, fragmentation, frost wedging, and thermal expansion and contraction. Chemical weathering includes solution, oxidation and hydration, and hydrolysis. The lecture notes are supported by images such as photographs, satalite photos, and diagrams depicting glacial features and frost wedging. Educational levels: High school, Undergraduate lower division, Undergraduate upper division
This lesson identifies the factors of weathering processes and how they influence soil formation. Ha...
This geomorphology course contains lecture notes on: the history and basic concepts of geomorphology...
Six examples of mechanical weathering through frost heaving, ice wedging, and effects of tree growth...
This activity was designed to give students an opportunity to realize that all rocks weather mechani...
In this activity, students learn about chemical and mechanical weathering in rocks. From the backgro...
This unit provides an introduction for younger students to the concepts of weathering and erosion. T...
This site features a collection of visual resources illustrating the physical processes that interac...
Living reference work entry First Online: 13 February 2017 Synonyms: Disintegration; Fragmentation; ...
This site provides an illustrated lecture from a geochemistry course offered by Dr. Scott Wood at th...
Weathering and erosion work together as natural forces, removing and transporting material. Sediment...
This text explains how glaciers scour and grind the Earth's surface, and about the sorts of deposits...
This short discussion explains the differences between two processes that often work in concert to d...
Sedimentary, igneous and metamorphic rocks, weathering, erosion and transport, and the rock cycle ar...
This site provides visual resources that illustrate the process of chemical weathering. Animations d...
In this activity students explore the difference between brittle and ductile deformation in everyday...
This lesson identifies the factors of weathering processes and how they influence soil formation. Ha...
This geomorphology course contains lecture notes on: the history and basic concepts of geomorphology...
Six examples of mechanical weathering through frost heaving, ice wedging, and effects of tree growth...
This activity was designed to give students an opportunity to realize that all rocks weather mechani...
In this activity, students learn about chemical and mechanical weathering in rocks. From the backgro...
This unit provides an introduction for younger students to the concepts of weathering and erosion. T...
This site features a collection of visual resources illustrating the physical processes that interac...
Living reference work entry First Online: 13 February 2017 Synonyms: Disintegration; Fragmentation; ...
This site provides an illustrated lecture from a geochemistry course offered by Dr. Scott Wood at th...
Weathering and erosion work together as natural forces, removing and transporting material. Sediment...
This text explains how glaciers scour and grind the Earth's surface, and about the sorts of deposits...
This short discussion explains the differences between two processes that often work in concert to d...
Sedimentary, igneous and metamorphic rocks, weathering, erosion and transport, and the rock cycle ar...
This site provides visual resources that illustrate the process of chemical weathering. Animations d...
In this activity students explore the difference between brittle and ductile deformation in everyday...
This lesson identifies the factors of weathering processes and how they influence soil formation. Ha...
This geomorphology course contains lecture notes on: the history and basic concepts of geomorphology...
Six examples of mechanical weathering through frost heaving, ice wedging, and effects of tree growth...