Your question is hardly clear, please clarify. Although I agree there is a role of tectonic activity and precipitation variability ( and other factors as well, wind, material, etc)  in the slop dynamics anywhere. 

Dear Najib Abou Karaki Sir,

My question was directed to collaborators of project "https://www.researchgate.net/project/ENGINEERING-OF-DISASTER-MITIGATION-AND-HEALTH-MONITORING-FOR-SAFE-AND-SMART-BUILT-ENVIRONMENT-A-NETWORK-PROJECT-Under-CSIR-12TH-FIVE-YEAR-PLAN-2".

I was interested to know whether they are also considering role of tectonic and precipitation variability which may affect the project objectives, if not included.

Dear Vipin Kumar,

Only Its depend from the rapidity of movement (example in the case of earthquakes) they can have immediate effect… Another case the geological structure, geomorphology, and field formed by lent tectonic movements have influence spatiotemporal precipitation variability in the area… (You have mentioned here biological activity: Presence of plants or anthropological activity)

Regards,

Laszlo

Dear Vipin,

I assume by the "role of tectonics" you meant compressional events that lead to the exhumation of the oceanic sedimentary rock? If so, in addition to intensity of uplift or compressional movements (mentioned by Laszlo), intensity of erosion also depends on the bedrock material and its hardness and resilience/stiffness on atmospheric influences (e.g. water-guided erosion). The intensity of erosion is a function of the natural forces (water, wind, glacier, etc.), geological time and mentioned stiffness. Sedimentary rock, i.e. its erosion additionally depends on compaction levels, and sometimes can be even more resilient than metamorphic or magmatic rock…  

 Cheers,

Darko