The Indexes of Thermal Equilibrium of Human Body in Iraq

Study in the Applied Climatology

Authors

  • hadeia mohammed ahmed كلية التربية الأساس/ جامعة صلاح الدين - أربيل

DOI:

https://doi.org/10.31973/aj.v0i134.752

Keywords:

thermal balance, temperatures, climate, Adolf equation, Iraq

Abstract

تعد درجات الحرارة، بوصفها عنصراً مناخياً، عاملاً مؤثراً في صحة الإنسان وتحديد التوازن الحراري لجسمه. وتمثلت أهداف البحث في استخراج قيم التوازن الحراري لجسم الإنسان في العراق باستخدام معادلة أدولف ومعرفة مقدار الحرارة المكتسبة والمفقودة وتحليل مؤشراتها في أثناء النهار والليل، وذلك بالاعتماد على المنهج الوصفي وأسلوب التحليل الكمي للبيانات المناخية لـ(21) محطة مناخية مختارة ضمن منطقة الدراسة لمدة عشرين عاماً ممتدة بين عامي (2000) و(2019).ومن استنتاجات البحث وجود تباين مكاني كبير بين محطات منطقة الدراسة في أثناء النهار وفي أثناء الليل، وكلما توجهنا من شمال منطقة الدراسة نحو جنوبها تزداد كميات الحرارة المكتسبة وتقل كميات الحرارة المفقودة والعكس صحيح.كما توجد علاقة طردية بين درجات الحرارة والكسب الحراري في منطقة الدراسة، بينما توجد علاقة عكسية بين درجات الحرارة والفقد الحراريفيها. وقدمنا في ضوء هذه الاستنتاجات مجموعة من التوصيات إلى الجهات المعنية.

Downloads

Download data is not yet available.

References

AbdAlkareem, Iqbal Hussain (2014), Analysis of the Earth's Radiation Budget over Iraq, Al-Mustansiriyah Journal of Science, 25 (2), p.177-184.

Abdul-Rahman, Maysarah A. (2016), Cold Polar Air Masses Affecting Iraq Weather and Climate, Journal of Arts, University of Baghdad, 1 (118), pp.451-474.

Abo Radhi, Fathi A. (2008), Climate & environment and their contemporary problems, 1st chapter, Alexandria: Dar Al-Maarefa Al-Jamiia.

Ahmed, Khadija A. H. (2017), The effect of climate on some human diseases in Cairo Governorate, MA, Girls College, Ain Shams University, Egypt.

Ajil, Ayat A. & Al-Kinani, Malik N. (2019), Change in Wind Trends from Southern Sectors in Iraq, Journal of the College of Education, Wasit University, 1 (36), pp.321-344.

Al Saadi, Maison T. (2017), Thermal properties and their impact on tourism in Iraq, Al-Ustaz Magazine, 2 (223), pp.13-32.

Al-Asadi, Kazem A. & Al-Halfi, Sarah M. S. (2019), The wet and dry years in Iraq and the accompanying highs and lows, Basra Journal of Humanities Research, 44 (1), pp.444-475.

Al-Asadi, Kazem A. H. & Al-Rabiah, Nabaa K. A. (2018), The ritual effects of the shallow and deep frontal and thermal depressions of the climate season (2004-2005) over Iraq, Basra Research Journal of Humanities 43 (3), pp.553-577.

Al-Berfkani, Mohammad I.; Allu, Muslim A. and Mousa, Sherzad A. (2016), The effect of climate temperature and daily water intake on the diversity of uropathogens causing urinary tract infections in adult hospital patients, Diyala Journal of Medicine, 11 (1), p.62-69.

Ali, Muthanna F. & Abdel-Zahra, Ihsan A. (2019), The effect of temperature on infection with joint diseases, Kufa Arts Magazine, 1 (40), pp.471-514.

Al-Jobore, Maylaa M. K. and Humood, Bidoor Y. (2015), Evaluation of the Global Warming on Iraq using EdGCM, Al-Mustansiriyah Journal of Science, 26 (2), p.84-90.

Al-Nuri, Sulaf A. & Al-Sakani, Abeer Y. (2014), The possibility of wind speed in Iraq and its role in the production of electric energy, a study in energy geography, Journal of the College of Basic Education for Educational and Human Sciences, University of Babylon, 1 (18), pp.357-372.

Al-Rawi, Adil S. & Al-Samarai, Qusai A. (1990), Applied Climate, Baghdad: Dar Al-Atheer Press.

Al-Rawi, Sabah M. & Nile, Muhammad M. (2016), Heatwaves in Iraq for the period 1981-2014, Anbar University Journal for Humanities, 1 (1), pp.167-184.

Al-Samak, Mohammed A & Al-Sahati, Basim A. M. & Al-Tamimi, Abas A. & Ghalib, Sahdi A (1985), Iraq, regional study, Part I, Mosul: Mosul University Press.

Al-Shammari, Hussein J. (2016), Repeating Extremism in Temperature Values for Transitional Months in Iraq, Al-Mustansiriya Science Journal, 27 (2), pp.21-23.

Al-Sudani, Hussein I.Z (2019), Temperature – Potential Evapotranspiration Relationship in Iraq Using Thornthwaite Method, Journal of University of Babylon for Engineering Sciences, 27 (1), p.16-25.

Al-Timimi, Yassen K. and Al-Khuudhairy, Aws A. (2018), Spatial and temporal analysis of maximum temperature over Iraq, Al-Mustansiriyah Journal of Science, 29 (1), p.1-8.

Aziz, Hussein W. & Abdullah, Ali J. (2015), Climate change and its effects on human health and comfort, Journal of the College of Basic Education for Educational and Human Sciences, University of Babylon, 1 (21), pp.418-435.

Dzai, Salar A.Kh. (2017), The Role of the Embedded Air Depression in the Rains of Iraq for the period 26-31 / 10/2015, Journal of Arts, 1 (122), pp.313-334.

Glaser, E.M & Newling, P.S.B. (1957), The Control of Body Temperature in Thermal Balance, Journal of Physiology, 137, I-11, P.1-11.

Hamdi, Qusay A. and Majeed, Mayada M. (2008), Effects of Climate Changes on environments & Public Health in Iraq, Tikrit Journal of Pure Science, 13 (2), p.29-35.

Ibrahim, Uday Kh. (2019), the effect of global warming on the change in the maximum temperature in Iraq, Journal of Educational Studies, 12 (47), pp.292-311.

Jafaar, Shatha I. and Kadhum, Jasim H. (2019), Dynamical Analysis of Severe Rain Events over Iraq, Al-Mustansiriyah Journal of Science, 30 (1), P.15-22.

Jawad, Laith A. (2016), The use of Geographic information system facilities to estimate the evapotranspiration in Iraq according to Thornthwaite adjusted formula, Iraqi Journal of Science, 57 (4), p.2566-2574.

Jawdat, Nada Sh. & Mankhi, Saadia A. & Shannon, Falah H. (2016), Water Harvesting and its Impact on the Development of Water Resources in Iraq, Kufa Arts Magazine, 1 (29), pp.115-152.

Kazem, Ahlam A. & Saleh, Arkan A. (2014), Determining the predictability of wet and dry rainy seasons in Iraq and their predictability, Al-Mustansiriya Journal for Arab and International Studies, 1 (48), pp.297-333.

Khaleed, Mohammed M. Omar and Ibrahim, Nagham T. (2018), Calculation of Daily Cooling Degree for Selected Stations in Iraq, Diyala Jouranal for Pure Sciences, 14 (4), p.26-39.

Nomas, Hamdan Baji & Muhammad, Yahya H. & Aktami, Hussein A. (2017), Hydrological changes in the Marshes of Southern Iraq, Basra Literature Journal, 1 (80), pp.284-311.

Obasi, P. (1999), Weather, Climate and Health, WMO – Bulletin, vol.48, p.8-21.

Omar, Laith H. & Taher, Khalda J. (2019), Geographical analysis of the tourism rest areas in Iraq, Journal of Basic Education College Research, University, 15 (4), pp.2349-2368.

Philip’s Encyclopedic World Atlas (1995), 3rd edition, Hong Kong.

Rabi, Jose A.; Silva, Robson L. and Oliveira, Celso E.L. (2012), Human thermal comfort: an irreversibility-based approach emulating empirical clothed-body correlations and the conceptual energy balance equation, Journal of the Brazilian Society of Mechanical Sciences and Engineering, 34 (4), p.450-458.

Roghanchi, Pedram; Sunkpal, Maurice and Kocsis, Karoly Ch. (2015), Understanding the human thermal balance and heat stress indices as they apply to deep and hot US mines, Virginia: 15th North American Mine Ventilation Symposium.

Savage, M.V.; Brengelmann, G.L.; Roberts, D.E and Pozos, R.S (1994), Control of skin blood flow in the neutral zone of human body temperature regulation, Maryland: Naval Health Research Center.

Wahab, Basim Ibrahim (2016), Spatial variation of monthly temperatures as indicator of climate change in Iraq, Dyala Journal for pure sciences, 12 (4), p.126-146.

Downloads

Published

2020-09-15

Issue

Section

Geography

How to Cite

The Indexes of Thermal Equilibrium of Human Body in Iraq: Study in the Applied Climatology. (2020). Al-Adab Journal, 134, 455-486. https://doi.org/10.31973/aj.v0i134.752

Publication Dates

Similar Articles

1-10 of 406

You may also start an advanced similarity search for this article.