Materials and methods:  The present study is a retrospective study conducted in the department of pathology at BGS GIMS from January 2018- January 2021.  All the endometrial carcinoma specimens obtained from D&C and hysterectomy specimens were assessed on paraffin embedded sections stained with H&E stain and  immunohistochemical study was done wherever required.

Results : In the present study 33 cases of endometrial carcinoma cases were analyzed. Majority of them were >60years (36.5%) and most were post-menopausal females .Most common clinical presentation was abnormal uterine / post-menopausal bleeding seen in 100% of cases . The most common histological type observed was endometrioid type (81.8% )of endometrial carcinoma followed by serous carcinoma(6.4%)and carcinosarcoma(6.4%). One case of endometrioid carcinoma with secretory differentiation was reported. Most of endoemetrioid carcinomas belonged to FIGO histological grade 1(71.4%) and the  most common TNM stage was Stage 1A (60%) with majority of them showing less than half of myometrial invasion(60%). Importance of IHC in differentiating variants of endometrial carcinoma found to be very significant.

Conclusion:  Endoemetrioid type of endometrial carcinoma was the most common histological type seen and  generally present in early stage and carry good prognosis when compared to other variants like serous carcinoma, adenosarcoma which present in late stages and carry bad prognosis. Detailed study of histological appearance of endometrial carcinoma provides  insight into prognosis and plays a role in determining therapy.

KEYWORDS: Endometrioid carcinoma, carcinoscarcoma. Myometrial invasion, prognosis  Serous carcinoma , secretory carcinoma.

Assessment of surface and groundwater of the catchment is studied based on conventional techniques, by gathering and interpreting hydro meteorological and hydro geochemical data. from long term mean monthly rainfall data, annual precipitation of the catchment is calculated as 1715 mm/ year. The PET value obtained by Penman method is estimated to be1059.1 mm/yr and used in the calculation of AET by Soil water balance. Potential evapotranspiration (PET) is estimated by using two approaches namely, Thornthwaite and Penman combination methods. Those methods gave 864.7 mm/yr and 1059.1mm/yr respectively. Thornthwaite method underestimates the value most probably because it relies on mean monthly temperature and sunshine hour.The groundwater recharge estimated from water balance method and chloride mass balance method were 481mm/year and 204mm/year respectively. The Actual Evapotranspiration (AET) was calculated using Turc method and Soil water balance method. The AET values obtained from these methods is found to be 717mm/year and 860mm/year respectively. During study the annual mean rainfall calculated by Arithmetic is 1453mm. The study has computed evapotranspiration using Turc method and obtained 944.6mm/yr. The annual groundwater recharge estimated by applying both base flow separation and water balance technique was 196.6mm and 297.5mm respectively. Many borehole drilled around dam site with maximum depth of 92m revealed that fresh fractured and weathered trachyte basalt dominate the investigated area The fractured and weathered volcanic rocks are the main water bearing unit in the catchment. From the existing borehole data, the higher values of discharge, hydraulic conductivity and transmissivity zones are mapped at or near fractured regions.

KEYWORDS: Assessment, Geochemical, Groundwater, evaporation, Precipitation, Surface water