An attempt has been made in this present study to analyze the different morphometric parameters using SRTM-DEM data and GIS techniques.
All of this morphometric parameters use in developed watershed management and also identify runoff zone, ground water recharge zone and storage.
Recently many authors have attempted to generate more precise data on morphometric parameters using satellite data and GIS tools (Manu and Anirudhan 2008; Magesh et al. 2013; Sreedevi et al. 2005; Ozdemir and Bird 2009; Mesa 2006).
Table 4 Morphometric parameters using prioritization of the stream Stream number Bifurcation ratio (R b) Stream length L u/S u Rank 1 10 8 1 I 2 6 4 7 II 3 5 5 6 III 4 9 3 7 IV Open image in new window Fig. 8 Prioritization classes map of study area.
Univariate analysis was preformed, separately, on each morphometric parameter, using ANOVA (analysis of variance), with STATISTICA software.
Morphometric parameters were used to prioritize the five sub-watersheds of the Sarpha River drainage basin of Shahdol of the District of Madhya Pradesh using GIS technique by Sharma et al. (2008).
Several morphometric parameters were used to study the 3D vascular alterations in the SCI rat model, including the casting-based vessel volume fraction, connectivity density, separation, thickness and thickness distribution.
The morphometric parameters assessed using GIS assisted us to comprehend numerous terrain factors such as nature of the bedrock, infiltration capability, surface runoff, etc., and also shown that the stream channel development is immaterial with the Kosi basin area and their frequency decreases due to the increasing stream order.
Using measurements at 2.5 times the average building height, a source area model is used to determine aerodynamic roughness parameters using two morphometric methods, which assume homogeneous and variable roughness-element heights, respectively.
We assessed the contribution of the placental vasculature to fetal echocardiographic parameters using histopathological and morphometric analyses of placental resistance arteries.
