International Journal of Innovative Technology and Exploring Engineering (IJITEE) ISSN: 2278-3075, Volume-8 Issue-11, September 2019 856 Published By: Blue Eyes Intelligence Engineering & Sciences Publication Retrieval Number K15350981119/2019©BEIESP DOI: 10.35940/ijitee.K1535.0881119 Abstract: This research conducted on the Catur sub-watershed-Kare District with the area of 190.85 km 2 . The study location is oriented on the Kare District-Madiun Regency which included four villages such as the Kepel, Kuwiran, Kare, and the Bodag. This research intended to study the value of erosion and sedimentation for analyzing the Erosion Danger Level (TBE). Result of the TBE analysis can be used as the base on determining the Village Soil Conservation Plan (RKTD) in the Kare District. The pparameters of the Catur sub-watershed condition during the 10 years will be processed by using the AVSWAT 2000 for producing the value of erosian and sedimentation on the Catur sub-watershed. Result shows that the Erosion Danger Level (TBE) in the Bodag village is in the level of light to heavy (21.89%), however, in the Kuwiran village is in the level of light to heavy (14.46%), in the Kepel village is in the level of light to moderate (22.23%), and in the Kare village is in the level of light to moderate (41.31%). The Village Land Conservation Plan that is applied in the Kare sub-district are conservation by the vegetative and mechanical method, however, in the Bodag village and Kuwiran by the vegetative conservation method with the regulation of land use, in the Kare village by the vegetative and mechanical conservation method with the regulation of land use and by building the two check dams, and in the Kepel village by the mechanical conservation method with building a check dam. The result is hoped as the reference for the recovery and management of the sustainable soil conservation. Keywords: land use, erosion, sedimentation, AVSWAT 2000, conservation I. INTRODUCTION The wealth of international reports and websites shows that there is no shortage of the interesting cases and good practices from the various sources. The organization and the individuals are often quite willing to the showcase and share their experiences in the international forum. Revised Manuscript Received on September 2, 2019. Mohammad Bisri, Department of Water Resources, Faculty of Engineering, University of Brawijaya, Indonesia Indonesia. Email: mbisri@ub.ac.id Ery Suhartanto, Department of Water Resources, Faculty of Engineering, University of Brawijaya, Indonesia Indonesia. Email: erysuhartanto@yahoo.com Lily Montarcih Limantara*, Department of Water Resources, Faculty of Engineering, University of Brawijaya, Indonesia Indonesia. Email: lilymont2001@gmail.com . Marina Putri Prastuti, Department of Water Resources, Faculty of Engineering, University of Brawijaya, Malang, Indonesia. Email: putriprastuti@gmail.com In fact, the reporting experiences with the water policy and management arrangements at the international platforms can be considered the recognition of those experiences as the hallmarks of an innovative spirit and of being at being at the forefront of the water governance [1][2]. However, the land use planning is significant for the watershed conservation and management [3]. The most land use restriction strategies assume that the land use activities close to the watershed outlet must have the large impacts on the downstream environments. However, the watershed characteristics usually vary in the space; land use restrictions should depend on the multiple criteria other than the watershed vulnerability index on the distances from the subdivisions to the outlet. Therefore some analysis has to consider the geographical and the meteorological characteristics of the subdivisions in the watershed. The soil property, surface cover, land-use conditions, and the topography can influence the hydrologic responses and the pollutant transport in a watershed [4][5].. The riverbank erosion is a complex phenomenon resulting from the various factors which affect the balance of ecosystems. It is also important from the geomorphological aspect as it also induces the changes in the river channel course and in the development of the floodplain [6][7]. The mass-failure processes constitute a significant source of the sediment in the disturbed streams, which occur due to a combination of the hydraulic and geotechnical processes that undercut the bank toes and cause the bank collapse [8]. The riverbank erosion is a natural geomorphologic process that affects the fluvial environment in many aspects: physical, ecological and socio-economical. It is the result of a complex interaction between the channel hydraulic conditions and the physical characteristics. The Soil Conservation Service estimates that less than half the new land is being farmed with adequate erosion control and some topsoil was lost from the added area. This sudden new expansion of the land under cultivation is but one of many growing threats to the earth's natural environment that conservationists fear could, have far‐reaching consequences to step up the food production. The Madiun River sub-watershed is located in the Madiun Regency, East Java Province of Indonesia, The length of Madiun River is ± 28 km and the area is 3,755 km 2 . The high sedimentation in the Madiun River is very threatening the sustainability of human life there. The society through their treatment of the land preparing method has contributed as well as potential to push the occurrence of natural disaster like the flood and the landslide. Sustainable Soil Conservation Plan Based on the Erosion Danger Level by using Avswat 2000 Mohammad Bisri, Ery Suhartanto, Lily Montarcih Limantara and Marina Putri Prastuti