The effects of vegetation change on hydrological processes in watersheds have been studied (Siad et al., 2019 Lai et al., 2020). The above leads to the need to make decisions related to watershed water resources planning (Mehan et al., 2016). The plant cover in the hydrological regulation and the groundwater recharge.Ĭlimate change is affecting hydrological cycles at the watershed level, which impacts some weather parameters such as precipitation, air temperature and humidity, and runoff (Gebrechorkos et al., 2019). Infiltrated every year in the micro-watershed, which shows the importance of Three runoff events were greater than 20.1 mmĪnd caused the 22.5% of the total runoff depth in the study period showing theĮquilibrium conditions in the hydrological response of the forest. The total rain 77% of runoff events showed lower sheets of 5 mm and an average Was 345.8 mm caused by half of the rainfall events, which represents 7.8% of The storms showed lower intensities at 20 mm Rainfall of 4417.6 mm distributed over 181 events were recorded about 70% of Rainfall entering and runoff leaving the watershed. Evapotranspiration was measured with the amount of Infiltrometer, taking two measurements in the upper part and two in the lower Infiltration was measured using a triple ring Runoff base flow was measured at the gauging station using the Station, an H-type gauging device and a horizontal mechanical gauging Surface runoff was quantified with an established gauging The amount, duration and intensity of rainfall events were recorded with the Precipitation, direct runoff, infiltration rate and baseflow were performed. The hydrological response and the water balance in a small research watershed with The present study aimed to evaluate preliminary information regarding The interaction of water, soil, climate and vegetation favors the capture of In the hydrological watershed, some natural processes take place in which
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