Evaluating Environmental Considerations With Checklist and Delphi Methods, Case Study: Suran City, Iran

Abstract

One of the major environmental concerns is to ensure that projects and projects are operational in accordance with the provisions and commitments contained in the report of the evaluation studies approved. In order to assess the extent to which environmental considerations are implemented, assessment reports are for reporting to supervisory organizations to ensure uniformity and procedural unity in their reporting process. The most practical methods are checklist. This study presents the evaluation process considerations environmental criteria, data collection and validation addressed and the plans and projects, including studies of environmental assessment includes the site of the elimination of waste, integrated cooking facilities, four stations, cement factory, the reservoir dam and the water pipeline transmission line by determining the scale and pollutant indicators separately for each case in the city of Suran in the south-east of Iran. Plans and projects that have actual effects on the environment of the studied area are weighted according to experts or Delphi. It can be concluded that according to the type of bricks and the type of fuel used by the factory (fuel oil), emissions such as emissions of fluorine from non-metallic minerals such as clay and compounds of nitrogen oxides and sulfur at the outlet of smoke the furnace has actual effects on the environment. Also, the slowing of the flow of water, coupled with low recharge, has increased the number of mineral particles and organic matter deposits. Finally, the status of the existing environmental monitoring program process in Iran has been studied and a new upgraded process is being proposed and proposed.

Characteristic and pattern of urban water cycle: theory

“…For urban communities, how to describe hydrological cycle, artificial water and drainage process in a more detailed way? It is still necessary to combine prototype observations with the information provided by the physical model in a mathematical model, and develop the tools of urban water cycle research, to provide a powerful support tool for the study of urban water cycle [20][21][22][23][24][25].…”

Optimization of irrigation schedule based on the response relationship of water consumption and yield for winter wheat in North China Plain

“…Fig. 4 and Table 5 show that the simulated value coincided well with the measured value of the biomass, and all points were around 1:1, and the RMSE, MAE, and MBE between the simulated and observed values of biomass were 194.708, 173.620, and -6.945 kg hm -2 , respectively, with the R 2 of 0.994 and EF of 0.988, indicating that the model can simulate the change in dry mass accumulation of winter wheat well [62][63][64]. The RMSE, MAE, and MBE between the simulated and observed values of yield were 154.213, 128.750, and 13.750 kg hm -2 , respectively, with R 2 of 0.865 and Thus, the Aquacrop model can simulate the dynamic change of soil moisture and the canopy cover during the growth period of winter wheat, the biomass, and the yield for various irrigation schedules, so the model can be used to study the relationship between the irrigation and the yield of winter wheat [65][66][67].…”

A multivariate matrix model of analysing mine water bursting and its application

“…It comes from the resolving of some minerals in dolomite, marlstone and ultrabasic rocks, for example biotite, olivine and homblende. The Na + + K + which is widely distributed in underground water mainly exists with chloride ion in the NaCl water [22]. The Clin underground water mainly comes from the sediment of the rock salt deposit or chloride.…”