To solve this question, we need to identify the type of mass movements indicated by the labels in the given diagram. Mass movements are processes by which soil, sand, regolith, and rock move downslope, typically as a solid, continuous mass, largely under the influence of gravity.

Let's analyze the options provided using the diagram:

1. A is earthflow and G is talus creep: An earthflow is a form of flow, which would typically be considered under "Wet" or "Fast". Talus creep refers to the slow movement of sediment or rock, which should be closer to "Heave" (slow). However, G is identified with "Slide" and "Heave", not flow, making this option unlikely.
2. C is solifluction and F is talus creep (Correct Answer): Solifluction is a very slow type of flow occurring in cold, polar regions, typically aligning with "Flow" and "Slow". Talus creep is a slow movement of rock debris or sediments, aligning with "Heave" and "Slide" for F. This matches the exact characteristics in the diagram, making this the correct choice.
3. D is landslide and B is mudflow: Landslides imply a rapid movement along a discrete surface, usually associated with "Slide". Mudflow falls under "Flow" and is fast and wet, not matching with B. This option does not align well with the given diagram structure.
4. E is rock slide and B is creep: A rock slide is a type of rapid slide, which typically aligns with "Slide". Creep is a very slow process, aligning with "Heave", not flow, making this option incorrect for B.

Based on this reasoning, the correct answer is C is solifluction and F is talus creep.