Sharif Digital Repository

A fuzzy multi-criteria approach to sustainable island-based tourism development

Author

Abrishamchi, A.

Publisher

Sharif University of Technology,

Pub. Year

2021

Subjects

Decision theory. / Fuzzy set theory. / Tourism. / Adaptive Management. / Aggregation techniques. / Decision making models. / Multi-criteria approach. / Multi-criteria method. / Multiple criteria decision making. / Project development. / Risk and uncertainty. / Decision making. / Decision making. / Ecotourism. / Multicriteria analysis. / Planning process. / Tourism development. / Tourism market. / Iran.

A fuzzy multi-criteria approach to sustainable island-based tourism development

Author

Abrishamchi, A.

Publisher

Sharif University of Technology,

Pub. Year

2021

Subjects

Decision theory. / Fuzzy set theory. / Tourism. / Adaptive Management. / Aggregation techniques. / Decision making models. / Multi-criteria approach. / Multi-criteria method. / Multiple criteria decision making. / Project development. / Risk and uncertainty. / Decision making. / Ecotourism. / Multicriteria analysis. / Planning process. / Tourism development. / Tourism market. / Iran.

Performance of the general circulation models in simulating temperature and precipitation over Iran

Author

Abbasian, M.

Publisher

Springer-Verlag Wien,

Pub. Year

2018

Subjects

Annual variation. / Performance assessment. / Climate variation. / Tprecipitation (climatology) / General circulation model. / Hydrometeorology. / Numerical model. / Seasonal variation. / Temperature profile. / Timescale. / Water management. / Weather forecasting.

Large metropolitan water demand forecasting using DAN2, FTDNN, and KNN models: A case study of the city of Tehran, Iran

Author

Ghiassi, M.

Publisher

Taylor and Francis Ltd,

Pub. Year

2017

Subjects

DAN2. / Forecasting. / FTDNN. / KNN. / Neural networks. / Urban water demand. / Artificial neural network. / Forecasting method. / Metropolitan area. / Nearest neighbor analysis. / Water demand. / Iran. / Tehran [Iran]. / Tehran [Tehran (PRV)].

Performance of the general circulation models in simulating temperature and precipitation over Iran

Author

Abbasian, M.

Publisher

Springer-Verlag Wien,

Pub. Year

2019

Subjects

Annual variation. / Climate change. / Climate variation. / Computer simulation. / General circulation model. / Hydrometeorology. / Numerical model. / Performance assessment. / Precipitation (climatology) / Seasonal variation. / Temperature profile. / Timescale. / Water management. / Weather forecasting. / Iran.

A system dynamics model for improving flood control operation policies

Author

Shafiee Jood, M.

Publisher

ASCE,

Pub. Year

2012

Subjects

Karkheh flood control system. / Operation policy. / System dynamics simulation. / Control operations. / Flexible tool. / High potential. / Inherent complexity. / Initial solution. / Multi-purpose. / Multi-reservoir systems. / Operation conditions. / Optimization method. / Optimization models. / Practical solutions. / Real-time operation. / River basins. / Simulation model. / System dynamics approach. / System dynamics model. / Computer simulation. / Flood control. / Mathematical models. / System theory. / Uncertainty analysis. / Water resources.

Planning for groundwater sustainable use: A case study in Nishapur Plain, Iran

Author

Abrishamchi, A.

Publisher

Elsevier B.V,

Pub. Year

2020

Subjects

Groundwater sustainable use. / Nishapur Plain. / Sustainable yield. / Climate change. / Digital storage. / Efficiency. / Groundwater. / Landforms. / Surface water resources. / Surface waters. / Water conservation. / Water management. / Water supply. / Capture concept. / Groundwater modeling. / Sustainable use. / Sustainable yields. / Groundwater resources. / Groundwater resource. / Growth modeling. / Maximum sustainable yield. / Modeling. / Regional climate. / Spatiotemporal analysis. / Surface water. / Sustainability. / Water planning. / Water table. / Iran. / Nishapur. / Razavi Khorasan.

Seasonal prediction of Karoon streamflow using large-scale climate indices

Author

Azimi, M.

Pub. Year

2011

Subjects

Agricultural water. / Arid and semi-arid regions. / Climate index. / Climates. / Dry seasons. / Empirical model. / Hydroelectric power production. / Iran. / Karoon River. / Lag-time. / Multiple linear regression models. / Predictions. / Rainfall data. / Seasonal prediction. / Social benefits. / SOI indices. / Streamflow prediction. / Water demand. / Water volumes. / Arid regions. / Bearings (structural) / Climatology. / Forecasting. / Hydroelectric power. / Linear regression. / Principal component analysis. / Reservoirs (water) / Rivers. / Stream flow. / Sustainable development. / Water resources.

A GIS-google earth based approach to estimating the flood damage function in large river basins

Author

Abrishamchi, A.

Pub. Year

2011

Subjects

Floods. / Geographic information systems. / River basins. / Complex reservoirs. / Damage. / Damage estimation. / Damage functions. / Design method. / Earth images. / Economic loss. / Euphrates. / Flood flow. / Geographic information. / GIS data. / Hydraulic analysis. / Large rivers. / Natural disasters. / Risk-based methods. / Simple approach. / Bearings (structural) / Control system analysis. / Control systems. / Flood control. / Flood damage. / Heavy water. / Losses. / Risk analysis. / Risk assessment. / Rivers. / Sustainable development. / Systems analysis. / Water resources. / Watersheds. / Reservoirs (water)

Increasing risk of meteorological drought in the Lake Urmia basin under climate change: Introducing the precipitation–temperature deciles index

Author

Abbasian, M. S.

Publisher

Elsevier B.V,

Pub. Year

2020

Subjects

Bivariate drought index. / Climate change impact. / Copula. / Lake Urmia. / Precipitation. / Temperature. / Agricultural robots. / Agriculture. / Atmospheric temperature. / Drought. / Economics. / Lakes. / Agricultural activities. / Drought conditions. / General circulation model. / Hierarchical linear modeling. / High temperature events. / Historical periods. / Meteorological drought. / Multi-model ensemble. / Climate change.

Increasing risk of meteorological drought in the Lake Urmia basin under climate change: Introducing the precipitation–temperature deciles index

Author

Abbasian, M. S.

Publisher

Elsevier B.V,

Pub. Year

2021

Subjects

Agricultural robots. / Agriculture. / Atmospheric temperature. / Drought. / Economics. / Lakes. / Agricultural activities. / Drought conditions. / General circulation model. / Hierarchical linear modeling. / High temperature events. / Historical periods. / Meteorological drought. / Multi-model ensemble. / Climate change. / High temperature. / Index method. / Meteorology. / Nature-society relations. / Precipitation (climatology) / Risk assessment. / Saline lake. / Semiarid region. / Iran. / Lake Urmia.

Increasing risk of meteorological drought in the Lake Urmia basin under climate change: Introducing the precipitation–temperature deciles index

Author

Abbasian, M. S.

Publisher

Elsevier B.V,

Pub. Year

2021

Subjects

Agricultural robots. / Agriculture. / Atmospheric temperature. / Drought. / Economics. / Lakes. / Agricultural activities. / Drought conditions. / Hierarchical linear modeling. / High temperature events. / Historical periods. / Meteorological drought. / Multi-model ensemble. / Climate change. / General circulation model. / High temperature. / Index method. / Meteorology. / Nature-society relations. / Precipitation (climatology) / Risk assessment. / Saline lake. / Semiarid region. / Iran. / Lake Urmia.