Red River Basin Mitigation Plan

Introduction

The term mitigation can also describe measures for reducing the impact of future calamities, such as floods, droughts, or climate change. Flood mitigation measures may include nonstructural measures, such as urban planning practices, pertinent policy (such as restrictions on floodplain development), municipal flood emergency plans (evacuation plans and contingencies), and insurance measures. Structural mitigation measures may include levees and designed floodwater storage. All of these measures are intended to increase preparedness and decrease the impact from a future flood event. Preventative policy measures like these have also been designed to mitigate for droughts. These measures identify at-risk groups or regions and make the necessary preparations to minimize water-shortage impacts and hardships when a drought does occur.

Technical Criteria

The possibility of reduced compensation for flood damage Red River basin of the concept of using hundreds or thousands of storage facilities "micro-basins" is made up of roads and the adjacent countries to maintain a sufficient volume of water over a reasonable period in the spring to lower the flood crest heights on and the river basin. River Ridge Heights data of the occurrence of floods and damages provided for residential and commercial real estate, and public infrastructure has provided a basis for assessing the benefits of waffle. The benefits derived from changes in the peak height and the probability of flooding incidents due to the piece seems to be expected the peak heights of the various rivers in flood, and reflects the difference between flood damage and without the Waffle in four urban areas of the pool.

Development of models triggers a critical situation. Under the trigger in this case refers to the process model, which has a discrete effect on the implementation of a branch of the script. In particular, for such floods are triggered, for example, the processes of gate maneuvering GLC. The specificity of these processes is that they are initiated when making decisions, i.e. EWS actions aimed at optimizing processes. Therefore, risk assessments should estimate the damage that may be incurred during the project life and include a method for estimating the costs and benefits of mitigation. Armed with this information, the planner can compare the costs of mitigation with the value of potential losses should not consider the risks.

Accuracy of Flood Simulation Results

Simulation of flood scenarios evaluate the extent of damage, the magnitude of the risk and enable a list of objects that require priority protection that allows to justify the priority of flood prevention measures, to assess their effectiveness, mitigate the effects of natural disasters. It is important to have the numerical simulation of the evolution of baroclinic vortices tripolyarnyh in water bodies and the study of their stability to obtain a new steady-state solution.

Vector random process flow of the water may create simulation issues.

At multiple times the interactions between certain ranges of wavelengths and various parameters such as bio-geophysical moisture from bare soil surfaces, their roughness may be difficult. These parameters are related to global and local processes involved in the operation of ...