1. Barzegar, Z., Heidari, Sh., (2013), "Investigation of solar radiation in building bodies on energy consumption of the home sector, Case study: Southeastern direction of Shiraz", Journal of Fine Arts, Architecture and Urbanism, 18 (1): 56-45. [In Persian].

2. Burnard, M., Anders, Q., Nyrud, K., Bysheim, A. K., Katja, V., Hughes, M., (2015), Building material naturalness: perceptions from finland, norvey, & slovenia,indoor & built environment, 26: 92-107. [DOI:10.1177/1420326X15605162]

3. C2ES, (2019), "Center for climate and energy solution climate essentials, what is climate resilience and why does it matter", This special series of publications discusses climate change impacts across the U.S. economy, highlighting actions taken to build resilience and reduce emissions, 1-12. ]On line[: https://www. c2es.org.

4. EESI, (2019), "Environmental and energy study institute", ]on line[: https: // www. Eesi. org/ topics/ solar/ Description.

5. Freewan, A. A. Y., (2019), "Advances in passive cooling design: An integrated design Approach, zero and net zero energy", pablisher: intech opeA., Hidenori, K., Rihitu, S., Yukari. H., Isamu, O., (2017), "Multipoint measurement method for air temperature in outdoor space and application to microclimate and passive cooling studies for a house, Building & environment, 114 (2017): 267-280.

6. Liu,S., Jing, W., (2019), "Climatic adaptability design strategy of residential zones, based on climate consultant and ecotect analysis- taking weidong new town community as an example", International Conference on oil & gas engineering and geological sciences, IOP Conference Series: Earth and environmental science, volume 384, 2019 International conference on oil & gas engineering and geological sciences 28-29 september 2019, dalian, china. [DOI:10.1088/1755-1315/384/1/012017]

7. Liu, L., Zhuang, Y., Hui, Z., (2017), "Simulation study of an innovative ventilated facade utilizing indoor exhaust air", International conference on improving residential energy. [DOI:10.1016/j.egypro.2017.08.009]

8. efficiency, IREE 2017, science direct, energy procedia, 121 (2017): 126-133. Wuhan, China [DOI:10.1016/j.egypro.2017.08.009]

9. Modiri, M., Somayeh, Z. N., Zahra, A. B., Hamideh, A. M., Mohammad, A., (2012), "Investigation of the proper direction of buildings based on sunlight and wind Case study: Gorgan", Geography Quarterly (Planning Regional), 2: 141-156.[In Persian]

10. Moradi, S., (2013), "Adjusting environmental conditions", Tehran, Armanshahr Publications. [In Persian].

11. Mullah Salehi, V., Hooman, Sh., (2014), "Study of architectural and climatic features of Caspian coastal cities with the ecological approach of the case study of Noor n, ISBN, 978-1-78984-498-6.

12. Lee, T. C., Takashi, city", the second national conference on architecture, urban restoration and sustainable environment, Hamedan, 1 septamber, 2014. [In Persian].

13. Pir Mohammadi, M., Vahid, R., (2015), "The effect of climatic factors on building design and the way to achieve sustainable design", National Conference on Civil Engineering and Architecture with an approach to sustainable development-August 2015, Islamic Azad University, Fooman and Shaft Branch., Fooman. [In Persian].

14. Palmero, M., Ricardo, P., Armando, C., Oliveira, C., (2019), "Energy assessment of the implementation of renewable energies in a portuguese household", International Journal of low-carbon technologies, (14): 452-460. [DOI:10.1093/ijlct/ctz029]

15. Williams, college., (2019), "passive solar design", sustainability at the College. [on line] http://www. Sustainability.williams. edu.

16. Zomorrodian, M. J., (2007), "Application of natural geography in urban and rural planning", Payame Noor Publications. [In Persian].

17. Barzegar, Z., Heidari, Sh., (2013), "Investigation of solar radiation in building bodies on energy consumption of the home sector, Case study: Southeastern direction of Shiraz", Journal of Fine Arts, Architecture and Urbanism, 18 (1): 56-45. [In Persian].

18. Burnard, M., Anders, Q., Nyrud, K., Bysheim, A. K., Katja, V., Hughes, M., (2015), Building material naturalness: perceptions from finland, norvey, & slovenia,indoor & built environment, 26: 92-107. [DOI:10.1177/1420326X15605162]

19. C2ES, (2019), "Center for climate and energy solution climate essentials, what is climate resilience and why does it matter", This special series of publications discusses climate change impacts across the U.S. economy, highlighting actions taken to build resilience and reduce emissions, 1-12. ]On line[: https://www. c2es.org.

20. EESI, (2019), "Environmental and energy study institute", ]on line[: https: // www. Eesi. org/ topics/ solar/ Description.

21. Freewan, A. A. Y., (2019), "Advances in passive cooling design: An integrated design Approach, zero and net zero energy", pablisher: intech open, ISBN, 978-1-78984-498-6.

22. Lee, T. C., Takashi, A., Hidenori, K., Rihitu, S., Yukari. H., Isamu, O., (2017), "Multipoint measurement method for air temperature in outdoor space and application to microclimate and passive cooling studies for a house, Building & environment, 114 (2017): 267-280. [DOI:10.1016/j.buildenv.2016.12.030]

23. Liu,S., Jing, W., (2019), "Climatic adaptability design strategy of residential zones, based on climate consultant and ecotect analysis- taking weidong new town community as an example", International Conference on oil & gas engineering and geological sciences, IOP Conference Series: Earth and environmental science, volume 384, 2019 International conference on oil & gas engineering and geological sciences 28-29 september 2019, dalian, china. [DOI:10.1088/1755-1315/384/1/012017]

24. Liu, L., Zhuang, Y., Hui, Z., (2017), "Simulation study of an innovative ventilated facade utilizing indoor exhaust air", International conference on improving residential energy. [DOI:10.1016/j.egypro.2017.08.009]

25. efficiency, IREE 2017, science direct, energy procedia, 121 (2017): 126-133. Wuhan, China [DOI:10.1016/j.egypro.2017.08.009]

26. Modiri, M., Somayeh, Z. N., Zahra, A. B., Hamideh, A. M., Mohammad, A., (2012), "Investigation of the proper direction of buildings based on sunlight and wind Case study: Gorgan", Geography Quarterly (Planning Regional), 2: 141-156.[In Persian]

27. Moradi, S., (2013), "Adjusting environmental conditions", Tehran, Armanshahr Publications. [In Persian].

28. Mullah Salehi, V., Hooman, Sh., (2014), "Study of architectural and climatic features of Caspian coastal cities with the ecological approach of the case study of Noor city", the second national conference on architecture, urban restoration and sustainable environment, Hamedan, 1 septamber, 2014. [In Persian].

29. Pir Mohammadi, M., Vahid, R., (2015), "The effect of climatic factors on building design and the way to achieve sustainable design", National Conference on Civil Engineering and Architecture with an approach to sustainable development-August 2015, Islamic Azad University, Fooman and Shaft Branch., Fooman. [In Persian].

30. Palmero, M., Ricardo, P., Armando, C., Oliveira, C., (2019), "Energy assessment of the implementation of renewable energies in a portuguese household", International Journal of low-carbon technologies, (14): 452-460. [DOI:10.1093/ijlct/ctz029]

31. Williams, college., (2019), "passive solar design", sustainability at the College. [on line] http://www. Sustainability.williams. edu.

32. Zomorrodian, M. J., (2007), "Application of natural geography in urban and rural planning", Payame Noor Publications. [In Persian].