Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2012 12 21 Investigation of Marigold Allelopathic Effect on Insect Diversity and Diseases of Tomato in an Intercropping System Investigation of Marigold Allelopathic Effect on Insect Diversity and Diseases of Tomato in an Intercropping System 97186 FA Alireza Koocheki, Professor, Department of Agronomy, Faculty of Agriculture, Ferdowsi University of Mashhad, Iran. Ghorban-Ali Asadi Professor, Department of Agronomy, Faculty of Agriculture, Ferdowsi University of Mashhad, Iran. Elham Azizi Assistant Professor, Department of Agronomy, Payam Noor University, Iran Journal Article 2015 07 12 In order to investigate of Marigold (Tagetes erecta) allelopathic effects on insect diversity and diseasesof tomato (Solanum lycopersicum), an experiment was conducted as a split plot based on complete randomized block design with 3 replications at the Agricultural Research Station, Ferdowsi University of Mashhad, Iran, during 2010 and 2011. Treatments included three tomato varieties (Jina, Flat and strain hitack tork) and five cropping patterns (tomato monoculture and marigold-tomato intercropping) with ratios of 1:1, 1:2, 1:3 and 1:4. Results indicated that the highest percentage of predator populations was observed in tomato and marigold intercropping at a 1:2 ratio. The lowest percentage of predator populations was obtained in tomato and marigold intercropping at a 1:1 ratio. The highest Margalof and Simpson diversity indices of insect was obtained in marigold and tomato intercropping. In total harvestings, the highest relative frequency of healthy fruits was in tomato and marigold intercropping at a 1:2 ratio. Amongtomatovarieties, Hitak-strain Tork and Jina had the highest relative frequency of healthy fruits. The highest relative frequency of healthy fruits and the lowest relative frequency of unhealthy fruits were observed in the Jina variety (0.28 and 0.63 respectively). The positive significant regression relationship was obtained between Shannon and Margalof index with the relative yield of healthy fruits per unit area. In order to investigate of Marigold (Tagetes erecta) allelopathic effects on insect diversity and diseasesof tomato (Solanum lycopersicum), an experiment was conducted as a split plot based on complete randomized block design with 3 replications at the Agricultural Research Station, Ferdowsi University of Mashhad, Iran, during 2010 and 2011. Treatments included three tomato varieties (Jina, Flat and strain hitack tork) and five cropping patterns (tomato monoculture and marigold-tomato intercropping) with ratios of 1:1, 1:2, 1:3 and 1:4. Results indicated that the highest percentage of predator populations was observed in tomato and marigold intercropping at a 1:2 ratio. The lowest percentage of predator populations was obtained in tomato and marigold intercropping at a 1:1 ratio. The highest Margalof and Simpson diversity indices of insect was obtained in marigold and tomato intercropping. In total harvestings, the highest relative frequency of healthy fruits was in tomato and marigold intercropping at a 1:2 ratio. Amongtomatovarieties, Hitak-strain Tork and Jina had the highest relative frequency of healthy fruits. The highest relative frequency of healthy fruits and the lowest relative frequency of unhealthy fruits were observed in the Jina variety (0.28 and 0.63 respectively). The positive significant regression relationship was obtained between Shannon and Margalof index with the relative yield of healthy fruits per unit area.

https://envs.sbu.ac.ir/article_97186_d8a8d255fd4d4a62ee0014809e11fa3d.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2012 12 21 Estimating the use and non-use value of Amir Kelayeh Wetland using AHP Estimating the use and non-use value of Amir Kelayeh Wetland using AHP 100928 FA Gholamali Sharzehi Associate Professor, Department of Interdisciplinary Economics, Faculty of Economics, University of Tehran Mohammd Kavoosi Kalashami PhD student of Natural Resource Economics, Tehran University Journal Article 2021 03 25 The value functions and speciial ecological position of wetland areas attract public interest toward conserving thisw natural environment. the present study has determind the conservation value of Amir Kelayeh wetland on the basis of changes in individuals' welfare using a CVM single bound approach and considering eight bid amounts in both linear and Logarithm functional form. Also, for estimating the weight of the use and non-use values in the total conservation value of wetland, an AHP approach has been applied. Results revealed that the expected amount of each individual's conservation value in linear and logarithm functional form was equal to 11,384 and 9,789 Rials, respectively. Estimating the relative aggregated weight of values showed that the use and non-use values acquired 35 and 65 percent of Amir Kelayeh total conservation value. On the other hand, indirect value at 7.8 persent had the lowest share in total consevation value.Hence, conserving the natural condition and flora and fauna of this wetland for future generations must be the priority of development programs related to Amir Kelayeh wetland. The value functions and speciial ecological position of wetland areas attract public interest toward conserving thisw natural environment. the present study has determind the conservation value of Amir Kelayeh wetland on the basis of changes in individuals' welfare using a CVM single bound approach and considering eight bid amounts in both linear and Logarithm functional form. Also, for estimating the weight of the use and non-use values in the total conservation value of wetland, an AHP approach has been applied. Results revealed that the expected amount of each individual's conservation value in linear and logarithm functional form was equal to 11,384 and 9,789 Rials, respectively. Estimating the relative aggregated weight of values showed that the use and non-use values acquired 35 and 65 percent of Amir Kelayeh total conservation value. On the other hand, indirect value at 7.8 persent had the lowest share in total consevation value.Hence, conserving the natural condition and flora and fauna of this wetland for future generations must be the priority of development programs related to Amir Kelayeh wetland.

https://envs.sbu.ac.ir/article_100928_6265c14c113803da01c44aa326ec4ef9.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2012 12 21 Legal Evaluation of Standards for Air Pollution from Stationary Sources Legal Evaluation of Standards for Air Pollution from Stationary Sources 97190 FA Mohsen Abdollahi, Assistant Professor, Law Faculty, Department of Public and International Law, Shahid Behahti University G.C., Evin, Tehran Ali Mashhadi Assistant Professor, Law Faculty, Department of Public and International Law, Qum University. Masuod Faryadi Ph.D. in Public law, Shahid Beheshti University G.C., Evin, Tehran. Journal Article 2015 07 12 The sources of air pollution may be classified into stationary and mobile sources. Industrial units, production factories along with commercial and household sources are among the main instances of stationary sources of air pollution. While, stationary sources play an important role in air pollution, the Iranian legal system has neglected to pay adequate attention to them. This article, through a comparative study, seeks to show the challenges and shortcomings of the Iranian laws and regulations on the one side and suggest guiding standards for the upcoming legal amendments on the other. In this regard, the article places an emphasis on controlling standards as the main mechanisms in the Iranian legal system for tackling the problem of air pollution. The sources of air pollution may be classified into stationary and mobile sources. Industrial units, production factories along with commercial and household sources are among the main instances of stationary sources of air pollution. While, stationary sources play an important role in air pollution, the Iranian legal system has neglected to pay adequate attention to them. This article, through a comparative study, seeks to show the challenges and shortcomings of the Iranian laws and regulations on the one side and suggest guiding standards for the upcoming legal amendments on the other. In this regard, the article places an emphasis on controlling standards as the main mechanisms in the Iranian legal system for tackling the problem of air pollution.

https://envs.sbu.ac.ir/article_97190_7f8397c8591740f28988f3eeda3e0fff.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2012 12 21 Determining Heavy MetalPollution Intensity (Cd, Pb and Cu) in Surface Sediments from Anzali Wetland Determining Heavy MetalPollution Intensity (Cd, Pb and Cu) in Surface Sediments from Anzali Wetland 97196 FA Tahereh Khazaei MSc. student of Environment, University of Birjand. Alireza Pourkhabbaz Assistant Professor, Department of Environmental Sciences, Faculty of Agriculture, University of Birjand. Journal Article 2015 07 12 Sediments are as a sink of various pollutants, especially heavy metals in aquatic ecosystems; that is, they are the potential source of toxic chemicals. The purpose of this investigation is the study of pollution intensity and source of heavy metals in sediments from Anzali Wetland. Sediment samples were selected from six sites in Anzali wetland in summer 2009. The determination of sediments contamination by heavy metals was performed using a sequential extraction process in four stages. The results showed that levels of cadmium and copper were higher in comparison with the values of the Earth’s crust and of global sediments. In all the stations, the levels for the individual concentration factor for Cd and Cu was more than one. So these elements can be a danger for the health of the wetland because of high bioavailability. The ICF value for the studied metals in the six stations was following: Pb< Cd< Cu In fact, it should be noted that the release of heavy metals from sediments are inthe strong acidic conditions while stations, sediment have a neutral pH. Sediments are as a sink of various pollutants, especially heavy metals in aquatic ecosystems; that is, they are the potential source of toxic chemicals. The purpose of this investigation is the study of pollution intensity and source of heavy metals in sediments from Anzali Wetland. Sediment samples were selected from six sites in Anzali wetland in summer 2009. The determination of sediments contamination by heavy metals was performed using a sequential extraction process in four stages. The results showed that levels of cadmium and copper were higher in comparison with the values of the Earth’s crust and of global sediments. In all the stations, the levels for the individual concentration factor for Cd and Cu was more than one. So these elements can be a danger for the health of the wetland because of high bioavailability. The ICF value for the studied metals in the six stations was following: Pb< Cd< Cu In fact, it should be noted that the release of heavy metals from sediments are inthe strong acidic conditions while stations, sediment have a neutral pH.

https://envs.sbu.ac.ir/article_97196_42ef5e2cfcf5e4b8d4215e5e771d382d.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2012 12 21 Livability Attributes in Practice -A Comparative Comparison of Livability Agendas in the USA, UK and Australia Livability Attributes in Practice -A Comparative Comparison of Livability Agendas in the USA, UK and Australia 97198 FA Marjan Nematimehr Assistant Professor, Department of Urban Design and Planning, Faculty of Architecture and Urban Planning, Shahid Beheshti University. Ali Ghaffari Professor, Department of Urban Design and Planning, Faculty of Architecture and Urban Planning, Shahid Beheshti University. Journal Article 2015 07 12 The relational quality of the human and living environment, which is called Livability, is one of the most fundamental qualities of the environment. The term livability means the degree to which the environment supports living process of residents. Review of policy plans and several agendas shows that the quest for livability is currently a key urban issue throughout the world. It is an ensemble concept whose factors include or relate to a number of other complex characteristics or states, including, quality of both life and place which is referred to the ability of a place or a community to meet the needs of its citizens. Although the definition of livability varies from community to community, a given community’s goals can be approached, and community planning for livability can be achieved, using community-derived indicators. At the same time, community efforts were launched across the country to identify indicators of livability. This article aims to review of the agendas for developing these measures. The task presented to this committee was broad, encompassing identification of the data and measures needed to make local and regional public decisions on transportation, land use planning, and economic development that aim to enhance livability. Through the review of livability agenda in the three areas - the United States of America, United Kingdom and Australia – it became clear that, in the late 1980s, livability emerged as a key concept in USA with an emphasis on economic dimension. In the UK through the definition of the Office of the Deputy Prime Minister, livability was at the core of urban neighborhood planning. It is important for a neighborhood to provide a quality and good environment which is clean, safe and green. The Western Australian Planning Commission in Australia also defines that Liveable Neighbourhoods has been prepared to implement the objectives of the state planning strategy which aims to guide the sustainable development of communities. Whilst we believe that there are specific differences between scales of livability agenda in these areas, nevertheless, the similarities are much greater. The relational quality of the human and living environment, which is called Livability, is one of the most fundamental qualities of the environment. The term livability means the degree to which the environment supports living process of residents. Review of policy plans and several agendas shows that the quest for livability is currently a key urban issue throughout the world. It is an ensemble concept whose factors include or relate to a number of other complex characteristics or states, including, quality of both life and place which is referred to the ability of a place or a community to meet the needs of its citizens. Although the definition of livability varies from community to community, a given community’s goals can be approached, and community planning for livability can be achieved, using community-derived indicators. At the same time, community efforts were launched across the country to identify indicators of livability. This article aims to review of the agendas for developing these measures. The task presented to this committee was broad, encompassing identification of the data and measures needed to make local and regional public decisions on transportation, land use planning, and economic development that aim to enhance livability. Through the review of livability agenda in the three areas - the United States of America, United Kingdom and Australia – it became clear that, in the late 1980s, livability emerged as a key concept in USA with an emphasis on economic dimension. In the UK through the definition of the Office of the Deputy Prime Minister, livability was at the core of urban neighborhood planning. It is important for a neighborhood to provide a quality and good environment which is clean, safe and green. The Western Australian Planning Commission in Australia also defines that Liveable Neighbourhoods has been prepared to implement the objectives of the state planning strategy which aims to guide the sustainable development of communities. Whilst we believe that there are specific differences between scales of livability agenda in these areas, nevertheless, the similarities are much greater.

https://envs.sbu.ac.ir/article_97198_1cf57c085017399f948a428adf64e2fa.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2013 01 01 Determination of Bioconcentration and Transfer Factors of Nickel in Rice Plant Cultivated in Vicinity of Amol Industrial Town Determination of Bioconcentration and Transfer Factors of Nickel in Rice Plant Cultivated in Vicinity of Amol Industrial Town 100940 FA Fatemeh Ahmadipour MSc. Student of Environmental Sciences, Tarbiat Modares University Nader Bahramifar Assistant Professor, Department of Natural Resources and Marine Sciences, Faculty of Environmental Sciences, Tarbiat Modares University 0000-0002-4974-0451 Seyed Mahmood Ghasempouri Assistant Professor, Department of Natural Resources and Marine Sciences, Faculty of Environmental Sciences, Tarbiat Modares University Journal Article 2021 04 04

https://envs.sbu.ac.ir/article_100940_484ff37950889b60ab9ead9862108ee8.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2013 01 01 Investigation of Environmental Design Strategies for an Urban-periphery Zone using Fractal Patterns and Natural Geometry; the Case of the Northern Hillsides of Tehran Investigation of Environmental Design Strategies for an Urban-periphery Zone using Fractal Patterns and Natural Geometry; the Case of the Northern Hillsides of Tehran 100941 10.29252/envs.2013.100941 FA Mohammadreza Masnavi Associate Professor, Department of Environmental Design, Faculty of Environment, University of Tehran Mohsen Goodarzi Lecturer in Landscape Design Department, Faculty of Agriculture, Malayer University Shahrzad Faryadi Associate Professor, Department of Environmental Management and Planning, Faculty of Environment, University of Tehran Nafise Haghtalab Lecturer, Department of Environmental Sciences, Faculty of Natural -resources and Environment, Malayer University Journal Article 2021 04 04 https://envs.sbu.ac.ir/article_100941_a51e08f044431ea91aaf45c8d66729f8.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2012 12 21 Determination of Effective Factors on Ecological Species Groups using Logistic Regression in Plour Rangelands, Mazandaran Determination of Effective Factors on Ecological Species Groups using Logistic Regression in Plour Rangelands, Mazandaran 97203 FA Zeinab Jafarian Assistant Professor, Department of Range Management, Faculty of Natural Resources, Sari Agricultural Science and Natural Resources University. Mansoureh Kargar HD. student of Range Management Department, Faculty of Natural Resources, Sari Agricultural Science and Natural Resources University. Journal Article 2015 07 12 The distribution of plant communities is based on the tolerance range of plant species to various environmental factors. Thus, recognition of the environmental factors affecting the establishment and distribution of vegetation is efficient for the introduction of native species and using them in the process of restoration of rangeland. Such studies are done using several statistical methods. This research had the goal of investigation using logistic regression in the extraction of relationships between vegetation and environmental factors and was performed in a semiarid region (in Plour rangeland). Environmental factors including 15 edaphic factors, 3 topographic factors and 6 climatic factors were measured. The sampling method was randomized-systematic and 3 vegetation types were recognized in the study area. Logistic regression technique was used to determine effective factors on each plant type and model of plant types. The results showed that the vegetation distribution is mainly related to soil characteristics such as Caco3, WC and climate factors such as mrhs, mmps and and topographic factors such as elevation. The distribution of plant communities is based on the tolerance range of plant species to various environmental factors. Thus, recognition of the environmental factors affecting the establishment and distribution of vegetation is efficient for the introduction of native species and using them in the process of restoration of rangeland. Such studies are done using several statistical methods. This research had the goal of investigation using logistic regression in the extraction of relationships between vegetation and environmental factors and was performed in a semiarid region (in Plour rangeland). Environmental factors including 15 edaphic factors, 3 topographic factors and 6 climatic factors were measured. The sampling method was randomized-systematic and 3 vegetation types were recognized in the study area. Logistic regression technique was used to determine effective factors on each plant type and model of plant types. The results showed that the vegetation distribution is mainly related to soil characteristics such as Caco3, WC and climate factors such as mrhs, mmps and and topographic factors such as elevation.

https://envs.sbu.ac.ir/article_97203_9fe58f362a838b97db125f661a29a8c0.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2012 12 21 Qualitative Study of Sangrood Coal Wastes and Management Solution Offered Qualitative Study of Sangrood Coal Wastes and Management Solution Offered 97208 FA Majid Mohseni M.Sc. in Mining engineering, Department of Mining Engineering, Faculty of Engineering, Imam Khomeini International University. Ali Fazlavi PhD. in Mining Engineering, Department of Mining Engineering, Faculty of Engineering, Imam Khomeini International University. Journal Article 2015 07 12 In this research, an environmental investigation of Sangrood coal mine was conducted according to the studies of mine waste of mines number one, two, three, five, and the waste left from the processing plant. The environmental hazards of abandoned solid waste left mainly in a confined space adjacent to the margins of openings tunnel and transfer associated with the seasonal runoff and, finally, deposit in the downstream estuary of Shahrood River and the lake of Sefidrood dam were studied. To resolve this problem the possibility of using waste in the manufacturing of construction materials was studied. It was found that the best product of homogeneous composition could be brick. Through the construction of laboratory brick samples and tests conducted on their physical and mechanical properties it was determined that the bricks produced have acceptable quality standards. Finally, By using the " Extra investment" method in order to undertake economic analysis, the economic feasibility of using coal gangue as raw material for the production of bricks, was demonstrated. Finally, it was determined that the profit per ton of bricks produced is equal to 3100 Rials. In this research, an environmental investigation of Sangrood coal mine was conducted according to the studies of mine waste of mines number one, two, three, five, and the waste left from the processing plant. The environmental hazards of abandoned solid waste left mainly in a confined space adjacent to the margins of openings tunnel and transfer associated with the seasonal runoff and, finally, deposit in the downstream estuary of Shahrood River and the lake of Sefidrood dam were studied. To resolve this problem the possibility of using waste in the manufacturing of construction materials was studied. It was found that the best product of homogeneous composition could be brick. Through the construction of laboratory brick samples and tests conducted on their physical and mechanical properties it was determined that the bricks produced have acceptable quality standards. Finally, By using the " Extra investment" method in order to undertake economic analysis, the economic feasibility of using coal gangue as raw material for the production of bricks, was demonstrated. Finally, it was determined that the profit per ton of bricks produced is equal to 3100 Rials.

https://envs.sbu.ac.ir/article_97208_4b0986230d9d7aded7f0c24033d221d4.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2013 01 01 Phytoremediation of Contaminated Soils that Have Taken Up Heavy Metals from Eshtehard Industrial City Wastewater Phytoremediation of Contaminated Soils that Have Taken Up Heavy Metals from Eshtehard Industrial City Wastewater 100942 FA Jafar Nouri Professor, Faculty of Environmental Management Department, Graduate school of Environment and Energy, Science and Research Branch, Islamic Azad University, Tehran, Iran Amir Hessam Hassani Associate Professor, Faculty of Environmental Management Department, Graduate school of Environment and Energy, Science and Research Branch, Islamic Azad University, Tehran, Iran Iraj Mehregan Assistant Professor, Faculty of Biology, Department of Basic Graduate, Islamic Azad University, Tehran, Iran Faramarz Moattar Professor, Faculty of Environmental Engineering Department, Graduate School of Environment and Energy, Science and Research Branch, Islamic Azad University, Tehran, Iran Mohammad Reza Sadeghi Benis PhD Student of Environmental Science, Faculty of Environment and Energy Science and Research Branch, Islamic Azad University, Tehran, Iran Journal Article 2021 04 05

https://envs.sbu.ac.ir/article_100942_41605643dbea85d3e30a035633452c25.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2013 01 01 Investigation of the Applicability of a Logistic Regression Model to Urban Growth Simulation Using a Landscape Ecological Approach (Study Area: Hashtpar Coastal City) Investigation of the Applicability of a Logistic Regression Model to Urban Growth Simulation Using a Landscape Ecological Approach (Study Area: Hashtpar Coastal City) 100944 FA Mehdi Sheikh Goodarzi PhD Student of Environmental Science, Faculty of Natural Resources, University of Tehran, Iran Bahman Jabbarian Amiri Assistant Professor, Department of Environment, Faculty of Natural Resources, University of Tehran, Iran Afshin Alizadeh Shabani Assistant Professor, Department of Environment, Faculty of Natural Resources, University of Tehran, Iran Jahangir Feghi Associate Professor, Department of Forestry. Faculty of Natural Resources, University of Tehran, Iran 0000-0003-2253-5789 Journal Article 2021 04 06

https://envs.sbu.ac.ir/article_100944_25168aee9d4e0266b8ee7dae3d33cc08.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2012 12 21 Prioritizing Conservation Criteria in Khojeer National Park Through the AHP Method Prioritizing Conservation Criteria in Khojeer National Park Through the AHP Method 97211 FA Farid Gholamreza Fahimi Assistant professor, Department of Environment, Tonekabon Islamic Azad University, Tonekabon. Mona Oladaskari MSc. of Environmental Management, Science and Research Section, Islamic Azad University, Tehran Journal Article 2015 07 12 Nowadays a basis for designing national parks in Iran is based on the principle of conservation, and the user selection criteria for conservation are not properly prioritized or utilized. This issue poses a serious threat to the unity and integrity of the ecosystem. Moreover, the assessment criteria for conservation areas have also been designed solely in terms of susceptibility zoning standards, especially in coastal and marine areas. It is therefore necessary to set specific criteria for conservation areas, especially in national parks. This study is the first attempt to select quantitative and qualitative criteria for the various usages of and also determined by the priority of four capabilities of national parks. To this end, after analyzing conservation criteria using the Delphi method, the related criteria are ranked according to importance and the related criteria are selected. At the questionnaire stage, a number of criteria for each user are removed because experts believe they are less important than the others. Then by applying the AHP (Analytical hierarchy process) method using Expert choice software we compared a paired comparison between user conservation criteria whose percentage and degree of importance are greater than second rate of what is expected. In order to determine the importance factor and users’ acceptance based on coefficients obtained, the acceptable criteria are prioritized. Finally, those that have obtained an acceptable level of conservation result in criteria for threatened species that have the highest rank of preference. These are recommended according to the proposed priority in the line with integrated management in Khojeer Park. Keywords: Conservation criteria,Khojeer National Park, AHP method, Integrated management. Nowadays a basis for designing national parks in Iran is based on the principle of conservation, and the user selection criteria for conservation are not properly prioritized or utilized. This issue poses a serious threat to the unity and integrity of the ecosystem. Moreover, the assessment criteria for conservation areas have also been designed solely in terms of susceptibility zoning standards, especially in coastal and marine areas. It is therefore necessary to set specific criteria for conservation areas, especially in national parks. This study is the first attempt to select quantitative and qualitative criteria for the various usages of and also determined by the priority of four capabilities of national parks. To this end, after analyzing conservation criteria using the Delphi method, the related criteria are ranked according to importance and the related criteria are selected. At the questionnaire stage, a number of criteria for each user are removed because experts believe they are less important than the others. Then by applying the AHP (Analytical hierarchy process) method using Expert choice software we compared a paired comparison between user conservation criteria whose percentage and degree of importance are greater than second rate of what is expected. In order to determine the importance factor and users’ acceptance based on coefficients obtained, the acceptable criteria are prioritized. Finally, those that have obtained an acceptable level of conservation result in criteria for threatened species that have the highest rank of preference. These are recommended according to the proposed priority in the line with integrated management in Khojeer Park. Keywords: Conservation criteria,Khojeer National Park, AHP method, Integrated management.

https://envs.sbu.ac.ir/article_97211_43efdd90b9cdaa8aee186cbd51c1839a.pdf

Shahid Beheshti University Advanced Environmental Sciences 3115-7173 10 2 2013 01 01 Strategies to Improve the Architecture of Rural Residential Complexes in the North of Iran. (Case Study of Malfe and Andargoli) Strategies to Improve the Architecture of Rural Residential Complexes in the North of Iran. (Case Study of Malfe and Andargoli) 100945 FA Saeed MirRiahi Assistant Professor, Department of Architecture, Faculty of Architecture and Urban Planning, Shahid Beheshti University, Tehran, Iran Saed Farajnejad Ghadi Lecturer, Ayatollah Amoli Branch, Islamic Azad University, Mazandaran, Iran Journal Article 2021 04 06

https://envs.sbu.ac.ir/article_100945_a5a3e828cf2d10df3a9693a9fc3b2c34.pdf