Profil səhifəsi

Azərbaycan Milli Elmlər Akademiyası
İnsan resursları və elmmetrik məlumatlar bazası

Elmi fəaliyyət

Qeyd: Elmi fəaliyyət Google Scholar profilindəki nəşrlər əsasında süni intellekt (DeepSeek-V3.2-reasoner) tətbiqi ilə tərtib olunmuşdur.(12.02.2026)

Ümumi xülasə (Sİ):

Fəlsəfə doktoru Səidə İsmayılova, Azərbaycan Milli Elmlər Akademiyasının Respublika Seysmoloji Xidmət Mərkəzində 'Zəlzələlərin tədqiqatı' bürosunun rəhbəri vəzifəsində çalışır, yer elmləri üzrə fəlsəfə doktoru dərəcəsinə malikdir. Onun elmi fəaliyyəti sistemli şəkildə Azərbaycan və qonşu regionların seysmologiyası və geodinamikasına yönəlmişdir. Əsas tədqiqat istiqamətlərinə seysmik fəallığın təhlili, zəlzələ mənbə mexanizmləri, seysmik risk qiymətləndirməsi və müasir monitorinq texnologiyalarının tətbiqi daxildir. O, indeksli jurnallarda və konfrans materiallarında əhəmiyyətli nəşrlərlə geniş tədqiqat profili formalaşdırmışdır. Ən diqqətəlayiq əsərlər arasında '2012-2014-cü illər ərzində Azərbaycan ərazisində baş verən güclü zəlzələlər' (2015) – regionun seysmik təhlükəsizliyi üçün praktiki əhəmiyyət daşıyan seysmiklik və tektonik quruluş arasındakı əlaqələri araşdıran; '2019-cu il Azərbaycan ərazisinin seysmikliyi' (2021) – illik seysmik təhlil və enerji paylanması modellərini təqdim edən; və 'Şərqi Qafqazda torpaq hərəkətinin modelləşdirilməsi' (2016) – qabaqcıl simulyasiya üsulları vasitəsilə seysmik risk qiymətləndirməsinə töhfə verən əsərlər yer alır. Nəşr spektri beynəlxalq platformalara qədər uzanır, tədqiqatlar Xəzər dənizinin seysmogeodinamikası, konkret zəlzələlərin fokal parametrləri və ətraf mühitin sağlamlığı ilə bağlı tədqiqatları əhatə edir. Google Scholar statistikasına görə, onun 29 nəşri, 46 sitatı, h-indeksi 4, i10-indeksi 2-dir. AMEA DərgiPark statistikasına görə, 9 nəşri, 19 sitatı, h-indeksi 2, i10-indeksi 1-dir. Dr. İsmayılovanın işi müasir seysmoloji tədqiqatlarla davamlı məşğuliyyəti nümayiş etdirir və Azərbaycanda zəlzələ monitorinqinin elmi əsaslarının formalaşmasına töhfə verir.

Tədqiqat maraqları (Sİ):

Azərbaycanın seysmikliyi və geodinamikası
Zəlzələ mənbə mexanizmləri və fokal parametrləri
Seysmik monitorinq və risk qiymətləndirməsi
Radioloji tədqiqatlar və ətraf mühitin sağlamlığı
Seysmologiyada müasir texnologiyaların tətbiqi

İxtisas sahələri (Sİ):

Seysmologiya
Geodinamika
Ətraf Mühit Radiolojiyası
Seysmik Monitorinq

Şəxsi məlumatlar

Tam Adı:

Səidə Sirac qızı İsmayılova

Elmi dərəcə:

Yer elmləri üzrə fəlsəfə doktoru

Elmi ad:

Təvəllüd:

İş ünvanı:

Əlaqə nömrəsi:

Email:

İş yeri məlumatları

Təşkilat / Şöbə:

Respublika Seysmoloji Xidmət Mərkəzi / “Zəlzələlərin tədqiqatı” bürosu

Vəzifə:

Büro rəisi

Əsas iş yeri:

Bəli

İşləmə müddəti:

1 Yanvar 2024 – H/h

Elmi işlərin siyahısı

İşin adı	Jurnalın adı, Nəşriyyat, cild, N	Müəlliflər	İstinad sayı	Nəşr tarixi	Abstrakt və oxşar məqalələr
Focal parameters of the Oguz earthquake September 4, 2015 with ml= 5.9	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 17 /N: 2	SE Kazimova, SS Ismayilova	3	2019	The article analyzes a strong 7-magnitude earthquake … The article analyzes a strong 7-magnitude earthquake that occurred on September 4, 2015, at 04h 49m in the Oguz region. The epicentral field, as well as the distribution of sources in depth, was studied, and solutions to the mechanisms of the sources of the main shock and the most noticeable aftershock were constructed and analyzed. The epicenters of the Oguz earthquakes are Daha çox Əlaqəli məqalələr(Google)
Manifestation features of landslide process around the Mingachevir reservoir (2014)	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 15 /N: 1	SE Kazimova, GJ Yetirmishli, IE Kazimov, ES Garaveliyev, AG Rzayev, SS Ismayilova, EM Bagyrov, TY Mammadli, RB Muradov	1	2018	The landslide incident was recorded around the … The landslide incident was recorded around the Mingachevir water basin on August 27, 2014. The landslide process occurred in the Boz mountain range mainly on its north-east slopes. The boundary of the slip plane and the active area directed South West-North East of Boz mountain slopes exposed to landslide were determined in this zone. Studies have shown that the depth of the slip plane is different in the separate fields of this area and it changes between 6 to 88 meters. Daha çox Əlaqəli məqalələr(Google)
Contemporary seismogeodynamic situation of Azerbaijan	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 14 /N: 1	SE Kazimova, GJ Yetirmishli, SS Ismayilova	1	2017	The article considers strong earthquakes that occurred … The article considers strong earthquakes that occurred on the territory of Azerbaijan for the period of 2003-2017. The connection between the observed seismicity and the tectonic structure of the region is revealed. The analysis of the mechanisms of strong earthquakes’ sources is given to study the stress-strain state of the Earth's crust and to reveal the nature of shifts in active parts of deep faults Daha çox Əlaqəli məqalələr(Google)
ISMAYILLI EARTHQUAKE WITH ML= 3.8 OF JANUARY 31, 2023	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 23 /N: 1	GJ Yetirmishli, SS Ismayilova, EM Bagyrov, AT Ismayilova	0	2023	The Shamakhi-Balakan geodynamic polygon, covering the areas … The Shamakhi-Balakan geodynamic polygon, covering the areas of the southern slope of the southeastern subsidence of the Greater Caucasus, is one of the most seismically active parts of the meganticlinorium, where strong seismic events occurred in the early and middle of the 20th century. The polygon covers several seismically active zones with regime forecasting observations: Shamakhi-Ismayilli, Oghuz-Gabala and Sheki-Zakatala zones (Yetirmishli et al., 2018, 2021). The seismic regime of each zone differs in its parameters and changes over time (Baghirov, Ismayilova, 2019). The stationary network of seismic stations in the Ismayilli-Shamakhi seismic zone has registered more than a thousand earthquakes of different energy classes. The ongoing seismic events convince of the importance of the problem of studying the seismicity of the Shamakhi-Ismayilli zone in order to identify the features of the manifestation of earthquakes and assess the degree of their potential seismic hazard, as well as the feasibility of conducting geophysical studies to predict the seismic process (Baghirov, Ismayilova, 2019). Daha çox Əlaqəli məqalələr(Google)
FOCAL PARAMETERS OF ISMAYILLI EARTHQUAKE OF OCTOBER 7, 2012	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 16 /N: 1	MK Mammadova, SS Ismayilova, MG Zeynalov, VR Huseynova	0	2019	The features of the seismic distribution of … The features of the seismic distribution of the south-eastern part of the Greater Caucasus are Daha çox Əlaqəli məqalələr(Google)
SEPARATION OF NATURAL AND TECHNOGENIC SEISMIC EVENTS ON THE TERRITORY OF AZERBAIJAN	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 14 /N: 1	SS Ismayilova, RR Abdullayeva, RD Kerimova, NN Ismayilova	0	2017	This article is devoted to the issue … This article is devoted to the issue of recognizing the nature of seismic events in order to identify explosions. The results of analyzes of seismic events are presented. The criteria for the difference between explosions and earthquakes are established. A separate explosion catalogue has been created. Methodical bases of recognition of technogenic seismicity are developed. Daha çox Əlaqəli məqalələr(Google)
Strong earthquakes on the territory of Azerbaijan for the period of 2012-2014	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 12 /N: 1	GJ Yetirmishli, SS Ismayilova, RR Abdullayeva, ES Kazimova	14	2015	We consider the strong earthquakes that took … We consider the strong earthquakes that took place on the territory of Azerbaijan for the period of 2012-2014. Was identified the connection of the observed seismicity and tectonic structure of the region. The analysis of the mechanisms of strong earthquakes for the purpose of research of the stress strain state of the Earth's crust was considered and was identified the nature of shifts in the active parts of the deep faults. Daha çox Əlaqəli məqalələr(Google)

Tarix	Ümumi Məqalə sayı	Ümumi İstinad sayı	h index	i10 index
1 Mart 2026	34	89	7	4
1 Fevral 2026	29	46	4	2
1 Yanvar 2026	29	44	4	2
1 Dekabr 2025	29	43	4	2
1 Noyabr 2025	29	43	4	2
1 Oktyabr 2025	29	43	4	2
1 Sentyabr 2025	29	41	4	1
1 Avqust 2025	29	41	4	1
1 İyul 2025	25	28	3	0
1 İyun 2025	25	28	3	0
1 May 2025	25	28	3	0
1 Aprel 2025	24	28	3	0
1 Mart 2025	21	28	3	0
1 Fevral 2025	22	39	4	1
1 Yanvar 2025	21	39	4	1
1 Dekabr 2024	21	38	4	1
1 Noyabr 2024	21	38	4	1
1 Oktyabr 2024	21	38	4	1
1 Sentyabr 2024	21	38	4	1
1 Avqust 2024	21	38	4	1
1 İyul 2024	21	37	4	1
1 İyun 2024	17	36	4	1

Content for WOS.

Elmi işlərin siyahısı

İşin adı	Jurnalın adı, Nəşriyyat, cild, N	Müəlliflər	İstinad sayı	Nəşr tarixi	Abstrakt və oxşar məqalələr
Ground motion modeling in the Eastern Caucasus	Pure and Applied Geophysics / Springer International Publishing /Cild: 173 /N: 8 səh: 2791-2801	Gurban Yetirmishli, Saida Ismayilova, Rengin Gok, Robert Mellors, Arben Pitarka	9	2016	In this study, we analyzed the performance … In this study, we analyzed the performance of a preliminary three-dimensional (3D) velocity model of the Eastern Caucasus covering most of the Azerbaijan. The model was developed in support to long-period ground motion simulations and seismic hazard assessment from regional earthquakes in Azerbaijan. The model’s performance was investigated by simulating ground motion from the damaging Mw 5.9, 2012 Zaqatala earthquake, which was well recorded throughout the region by broadband seismic instruments. In our simulations, we use a parallelized finite-difference method of fourth-order accuracy. The comparison between the simulated and recorded ground motion velocity in the modeled period range of 3–20 s shows that in general, the 3D velocity model performs well. Areas in which the model needs improvements are located mainly in the central part of the Kura basin and in the Caspian Sea coastal … Daha çox Əlaqəli məqalələr(Google)
Seismicity of the territory of Azerbaijan in 2019	Seismoprognosis Observations in the Territory of Azerbaijan / Science Publishing House of ANAS /Cild: 19 /N: 1 səh: 3-18	Sabina Kazimova, Gurban Yetırmıshlı, Saida Ismayilova	10	2021	The article provides an analysis of the … The article provides an analysis of the seismicity of Azerbaijan territory for 2019 year. Maps of the earthquake epicenters are shown in this article and 5442 seismic shocks were recorded. The distribution of earthquakes by regions is related to their tectonic structure. Histograms of the number of earthquakes in the area and the distribution of released seismic energy for months, as well as years have been created. It was determined that seismic activity in the south-eastern slope of the Greater Caucasus-ZagatalaBalakan zone is A10 = 1.6-2.0, in Shamakhi-Ismayilli zone A10 = 1.6-2.0, in Talish A10 = 1.6-2.0, in the north of the Caspian Sea A10 = 0.6-1.0, in the center A10 = 0.9-1.6, and in the southern part the active areas are equal to A10 = 1.0-1.7. Compared to 2018, the number of earthquakes in 2019 increased, and the amount of released seismic energy has decreased. Thus, in 2018, the number of earthquakes in the territory of Azerbaijan was 4081, the amount of released seismic energy ∑E = 42.7 ∙ 1011C, the maximum magnitude ml = 5.5, the number of earthquakes in 2019 was 5442, the amount of released seismic energy ∑E = 31.9 ∙ 1011C, the highest magnitude ml = 5.2. Based on the data of the obtained earthquake source mechanisms, the scheme of compression and tension axes was constructed. As can be seen from the map, the compression axes in the Zakatala-Balakan zone are mainly directed in the direction of the NEW-SE, in the Shamakhi-Ismayilli, Middle and Lower Kura basins and in the Talish zone in the direction of the NE-SW. Daha çox Əlaqəli məqalələr(Google)
Geodynamics of Azerbaijan part of the Caspian sea	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 14 /N: 1	SE Kazimova, SS Ismayilova, RR Abdullayeva, ER Akbarov	4	2017	The article deals with the seismic activity … The article deals with the seismic activity of the Azerbaijan part of the Caspian Sea on the basis of current data on seismicity and geostructure of studied region.The analysis of its seismic activity and the results of the determination of mechanisms of earthquake sources are given. It was found that most of the earthquakes are concentrated in Absheron-Cheleken threshold zone. Depth of sources largely varies within 25-35 and 40-60 km. Most of the earthquakes are below the Moho boundary, which indicates the deep roots of Absheron-Balkhan mobile system. The results of determination of mechanisms of the earthquake sources have shown that for the territory of Central Caspian depression troughs for small values of angles of the axes elongation are typical large-angle compression axis that indicates the predominance of strike-shift movements. Daha çox Əlaqəli məqalələr(Google)
STRESS-STRAINED STATE OF THE EARTH'S CRUST OF AZERBAIJAN FOR 2004-2016 YY.	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 13 /N: 1	Gurban Yetirmishli, IE Kazimov, SS Ismayilova, RR Abdullayeva	3	2016	The article analyzes the connection between strong … The article analyzes the connection between strong and catastrophic earthquakes (M 5.5) with an activity of Alpine-Himalayan belt on the territory of Azerbaijan. According to the data from 35 digital seismic stations were studied seismic regime, earthquake focal mechanisms, and the spatial and temporal distribution of earthquake sources. The sequence of seismic processes indicated a definite connection. Analysis of all earthquakes showed that nearly 80% of the extension axes shocks and 40% compression axes shocks deflection in PL do not exceed 20. Orientation of extension axes generally dominates in the SW-NW direction, but the orientation of compression axes is detected in the NE-SW direction (67%) and in the NW-SE direction (33%). Daha çox Əlaqəli məqalələr(Google)
Focal parameters of the Oguz earthquake September 4, 2015 with ml= 5.9	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 17 /N: 2	SE Kazimova, SS Ismayilova	3	2019	The article analyzes a strong 7-magnitude earthquake … The article analyzes a strong 7-magnitude earthquake that occurred on September 4, 2015, at 04h 49m in the Oguz region. The epicentral field, as well as the distribution of sources in depth, was studied, and solutions to the mechanisms of the sources of the main shock and the most noticeable aftershock were constructed and analyzed. The epicenters of the Oguz earthquakes are Daha çox Əlaqəli məqalələr(Google)
Manifestation features of landslide process around the Mingachevir reservoir (2014)	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 15 /N: 1	SE Kazimova, GJ Yetirmishli, IE Kazimov, ES Garaveliyev, AG Rzayev, SS Ismayilova, EM Bagyrov, TY Mammadli, RB Muradov	1	2018	The landslide incident was recorded around the … The landslide incident was recorded around the Mingachevir water basin on August 27, 2014. The landslide process occurred in the Boz mountain range mainly on its north-east slopes. The boundary of the slip plane and the active area directed South West-North East of Boz mountain slopes exposed to landslide were determined in this zone. Studies have shown that the depth of the slip plane is different in the separate fields of this area and it changes between 6 to 88 meters. Daha çox Əlaqəli məqalələr(Google)
Contemporary seismogeodynamic situation of Azerbaijan	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 14 /N: 1	SE Kazimova, GJ Yetirmishli, SS Ismayilova	1	2017	The article considers strong earthquakes that occurred … The article considers strong earthquakes that occurred on the territory of Azerbaijan for the period of 2003-2017. The connection between the observed seismicity and the tectonic structure of the region is revealed. The analysis of the mechanisms of strong earthquakes’ sources is given to study the stress-strain state of the Earth's crust and to reveal the nature of shifts in active parts of deep faults Daha çox Əlaqəli məqalələr(Google)
SEISMIC MONITORING SYSTEM, METHODS AND TECHNOLOGIES	Seismoprognosis Observations in the Territory of Azerbaijan / Science Publishing House of ANAS /Cild: 25 /N: 1 səh: 38-43	Saida Ismayilova, Ruqiyya Keramova	0	2024	The article describes the seismic monitoring system … The article describes the seismic monitoring system in Azerbaijan and surrounding regions, using BRTT Antelope software. In the period from 2003 to 2023, the main attention of the Republican Seismic Survey Center (RSSC), along with monitoring geodynamic processes on the territory of the republic and adjacent regions, was aimed at expanding the network, as well as developing and modernizing methods and means for organizing observations, collecting, data processing and analysis. As a result, a wide network of telemetry stations was created, equipped with the most modern instruments for recording earth vibrations in real time. A storage system for seismological and geodetic (GPS) data was organized, high-speed access to the data archive was provided, high-performance computing clusters were deployed, and all seismic stations were connected into a single network. Work is being carried out and continues to introduce innovative technologies and master world experience in monitoring the parameters of the seismic regime on the territory of the republic. In 2003–2023 the seismic monitoring system in Azerbaijan allowed to process and analyze all recorded local, regional, remote tectonic earthquakes, industrial explosions, volcanic eruptions, as well as conduct comprehensive studies for seismic records. Daha çox Əlaqəli məqalələr(Google)
ASSESSMENT OF SEISMICITY IN AZERBAIJAN AND ADJACENT REGIONS IN 2022 BASED ON DATA FROM" KINEMETRICS" SEISMIC STATIONS	Seismoprognosis Observations in the Territory of Azerbaijan / Science Publishing House of ANAS /Cild: 26 /N: 2 səh: 3-14	Sabina Kazimova, Saida Ismailova, Gurban Yetırmıshlı, Shirin Islamova	1	2025	In 2022, seismicity analysis was conducted based … In 2022, seismicity analysis was conducted based on 62 digital seismic stations. Throughout the year, 12,284 earthquakes were recorded. Of these, 3,383 were local earthquakes (occurring inthe territory of Azerbaijan), 3,314 were regional, and 4,011 were distant earthquakes. Additionally, 1,463 weak tremors (registered by a single station) and 1,575 industrial explosions were recorded. Compared to 2021, the number of earthquakes in 2022 andthe amount of released seismic energy decreased. In 2021, there were 6,071 earthquakes: the amount of seismic energy released was ∑E = 6.02×10¹² J, with a maximum magnitude of ml = 5.1. In 2022, the amount of released seismic energy was ∑E = 8.55×10¹¹ J, with a maximum magnitude of ml = 4.9. Throughout 2022, seismicity was observed in the Greater Caucasus, the Middle Kura Basin, and the Caspian Sea. Seismic activation was noted in the West Caspian, Palmira-Absheron, Aji-Chay-Alat, Ganja-Chay-Alazan, Gazakh-Signakh, Talysh, Akhvai, Sangachal-Ogurjuq, Garabogaz-Safidrud, and Agrahan-Kasnawod regions. Another mud volcano eruptionoccurred in Lokbatan, and based on the arrival time of waves from the stations, the period of mud volcano eruption activation, the depth of the focus, the duration of the eruption, and the energy released during the eruption were determined. The mechanisms of 48 earthquake foci were identified. Analysis of compression and extension axes, based on data from earthquake focus mechanisms, showed that the central and western parts of the republic's territory are mainly characterized by compressive … Daha çox Əlaqəli məqalələr(Google)
ISMAYILLI EARTHQUAKE WITH ML= 3.8 OF JANUARY 31, 2023	Seismoprognosis Observations in the Territory of Azerbaijan / Science Publishing House of ANAS /Cild: 23 /N: 1 səh: 18-23	Gurban Yetırmıshlı, Elchin Bagirov, Almaz Ismayilova, Saida Ismayilova	0	2023	On the basis of the analysis of … On the basis of the analysis of new gravimetric data at the stage of preparation for the Ismayilli earthquake of 31.01.2023, ml=3.8 an assessment of the stress-strain state of the Shamakhi-Ismayilli seismogenic zone is given. The Shamakhi-Ismayilli seismogenic zone has been characterized by high seismic activity for centuries. An analysis of seismicity in recent years has shown an increase in its activity in this seismogenic zone. Daha çox Əlaqəli məqalələr(Google)
STATISTICAL ASSESSMENT OF THE SEISMICITY OF AZERBAIJAN AND SURROUNDING REGIONS IN 2021 BASED ON THE DATA OF" KINEMETRICS" SEISMIC STATIONS	Seismoprognosis Observations in the Territory of Azerbaijan / Science Publishing House of ANAS /Cild: 24 /N: 2 səh: 15-22	Gurban Yetırmıshlı, Saida Ismayilova	0	2023	The territory of Azerbaijan is one of … The territory of Azerbaijan is one of the most seismically active regions of the world. For this, a fairly extensive study of information about the current state of seismicity in a certain region is required. The analysis of seismicity based on digital data of 2021 is reflected in the article. Along with earthquakes, explosions were also analyzed. From these studies, it is known that an increase in the number of earthquakes and the released seismic energy is observed in 2021. Seismic activation is mainly observed along the Western Caspian, Ajichay-Alat, Ganjachay-Alazan, Gazakh-Sygnakh, Front Talish, Talish, Sharur-Ordubad, Sangachal-Ogurchu, Garabogaz-Safidrud, Agrakhan-Krasnovodsk deep faults. Daha çox Əlaqəli məqalələr(Google)
ISMAYILLI EARTHQUAKE WITH ML= 3.8 OF JANUARY 31, 2023	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 23 /N: 1	GJ Yetirmishli, SS Ismayilova, EM Bagyrov, AT Ismayilova	0	2023	The Shamakhi-Balakan geodynamic polygon, covering the areas … The Shamakhi-Balakan geodynamic polygon, covering the areas of the southern slope of the southeastern subsidence of the Greater Caucasus, is one of the most seismically active parts of the meganticlinorium, where strong seismic events occurred in the early and middle of the 20th century. The polygon covers several seismically active zones with regime forecasting observations: Shamakhi-Ismayilli, Oghuz-Gabala and Sheki-Zakatala zones (Yetirmishli et al., 2018, 2021). The seismic regime of each zone differs in its parameters and changes over time (Baghirov, Ismayilova, 2019). The stationary network of seismic stations in the Ismayilli-Shamakhi seismic zone has registered more than a thousand earthquakes of different energy classes. The ongoing seismic events convince of the importance of the problem of studying the seismicity of the Shamakhi-Ismayilli zone in order to identify the features of the manifestation of earthquakes and assess the degree of their potential seismic hazard, as well as the feasibility of conducting geophysical studies to predict the seismic process (Baghirov, Ismayilova, 2019). Daha çox Əlaqəli məqalələr(Google)
CHARACTERISTICS OF SEISMICS OF AZERBAIJAN AND AROUND REGIONS IN 2020	Seismoprognosis Observations in the Territory of Azerbaijan / Azerbaycan Milli Bilimler Akademisi /Cild: 21 /N: 1 səh: 3-18	Sabina Kazimova, Gurban Yetırmıshlı, Saida Ismayilova	0	2022	In 2020, seismic analysis was conducted on … In 2020, seismic analysis was conducted on the basis of 40 digital data. During the year, 13,295 earthquakes were recorded. Of them, 4030 are local (Azerbaijani territory), 3347 regional and 3123 remote earthquakes. At the same time, 1463 weak tremors (recorded by a single station), 1332 explosions were recorded. Compared to 2019, the number of earthquakes and the amount of seismic energy released in 2020 decreased. Thus, the number of earthquakes in 2020 was 4030, the amount of seismic energy released was ∑E=13.1•1011 J, the maximum magnitude was ml=4.9. During 2020, seismicity was observed in the Greater Caucasus, the Middle Kura Basin and the Caspian Sea. Seismic activation is observed along the West- Caspian, Palmir-Absheron, Ajichay-Alat, Ganjachay-Alazan, Gazakh-Signakh, Talish, Akhvay, Sangachal Ogurchu, Garabogaz-Safidrud, Agrakhan-Kasnavodsk, Khachincha y faults. The area of tension in the territory of Azerbaijan is divided into two areas along the Geokchay fault and the Imishli-Geokchay flexure: the north-eastern part of the republic is characterized by tension, and the southwestern part by compression. Tension is observed in the Absheron region and the Caspian Sea. Daha çox Əlaqəli məqalələr(Google)
SEISMOGEODYNAMICS OF THE CASPIAN SEA FOR 2018-2020 YEARS	Seismoprognosis Observations in the Territory of Azerbaijan / Science Publishing House of ANAS /Cild: 20 /N: 2 səh: 33-42	Sabina Kazimova, Saida Ismayilova	0	2021	The seismogeodynamics analysis of the aquatorium of … The seismogeodynamics analysis of the aquatorium of Caspian Sea in the Azerbaijani sector was conducted in 2018-2020 years.The first information about the earthquake in the Caspian Sea aquatorium dates back to 957 year and the last strong earthquake (M = 6.2) occurred on November 25, 2000, 50-60 km south of Absheron region.Analysis of the number of earthquakes and seismic energy shows that while the stability of seismic energy from 2016 to 2018 years was stable, in 2019 the seismic energy was twice as high.In 2020, an increase in the number of earthquakes and seismic energy compared to 2019 was observed. Seismic analysis showed that the earthquakes in the North Caspian Sea (with magnitude of ≥1.0) are associated with the activation of the Makhachkala-Krasnovodsk and Absheron-Near Balkhan faults.Earthquakes with a magnitude of ≥2.0, mainly with a magnitude of ≥3.0 occurred in the center of the Caspian Sea.The concentration of earthquakes was observed at the intersection of Agrakhan-Krasnovodsk, Makhachkala Krasnovodsk, Sangachal-Ogurchu and transverse GarabogazSafidrud faults. Analysis of the stress-strain areas of the Earth's crust showed that the values of displacement in the source are dominated by normal fault type movements.However, in the Central Caspian and oil fields (Azeri, Gunashli, Chirag) there are strike-slip movements.The compression and tension axes of the earthquakes show that the compression axes of the earthquakes are oriented in the direction of SW-NE, and the tension axes are mainly oriented in the direction of NW-SE. The stress situation in the study area varies over the … Daha çox Əlaqəli məqalələr(Google)
FEATURES OF THE DISTRIBUTION OF SWARM SEISMIC EVENTS AND EARTHQUAKES WITH М≥ 4 IN THE SHAMAKHI-ISMAYILLI ZONE IN 2003-2019	Seismoprognosis Observations in the Territory of Azerbaijan / Science Publishing House of ANAS /Cild: 20 /N: 2 səh: 25-32	Gurban Yetırmıshlı, Saida Ismayilova, Rasima Abdullayeva	0	2021	The space-time distribution of swarm sequences of … The space-time distribution of swarm sequences of earthquakes, as well as earthquakes with aftershocks within the Shamakhi-Ismayilli seismogenic zone in 2003-2019, is considered. The depth distribution of earthquake sources has been studied. The dependence of the occurrence of both aftershock and swarm sequences of earthquakes on the stress state of the medium and their confinement to the elements of transverse structures of the anti-Caucasian fault tectonics has been established. Daha çox Əlaqəli məqalələr(Google)
SEISMICITY OF ZAGATALA TERRITORY FOR 2019	Seismoprognosis Observations in the Territory of Azerbaijan / Science Publishing House of ANAS /Cild: 18 /N: 1 səh: 13-20	Saida Ismayilova, Etibar Garaveliyev	0	2020	The seismicity of the Zagatala seismogenic zone … The seismicity of the Zagatala seismogenic zone has been analyzed on the basis of digital data for 2019. One of the most important events of the year was an earthquake in the Zagatala zone with a magnitude of 4.9. The Zagatala-Balakan zone is one of the main seismic active zones in Azerbaijan. High seismic activity is observed in the research area in 2019. The article extensively analyzes the history of the area and especially the digital data for 2019. The depth distribution of earthquake epicenters and sources have been studied, the seismic energy allocated by months have been calculated, intensity of the earthquake of magnitude 4.9, that occurred in this area on August 10, 2019, and geometric dimension of the Pleistocene area have been determined on the basis of macroseismic studies. Daha çox Əlaqəli məqalələr(Google)
FOCAL PARAMETERS OF ISMAYILLI EARTHQUAKE OF OCTOBER 7, 2012	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 16 /N: 1	MK Mammadova, SS Ismayilova, MG Zeynalov, VR Huseynova	0	2019	The features of the seismic distribution of … The features of the seismic distribution of the south-eastern part of the Greater Caucasus are Daha çox Əlaqəli məqalələr(Google)
SEPARATION OF NATURAL AND TECHNOGENIC SEISMIC EVENTS ON THE TERRITORY OF AZERBAIJAN	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 14 /N: 1	SS Ismayilova, RR Abdullayeva, RD Kerimova, NN Ismayilova	0	2017	This article is devoted to the issue … This article is devoted to the issue of recognizing the nature of seismic events in order to identify explosions. The results of analyzes of seismic events are presented. The criteria for the difference between explosions and earthquakes are established. A separate explosion catalogue has been created. Methodical bases of recognition of technogenic seismicity are developed. Daha çox Əlaqəli məqalələr(Google)
The estimation of influence of radioactive sources in the territory of Nakhichivan Autonomous Republic; Otsenka vliyaniya radioakltivnykh istochnikov na territoriyu …	Transactions of Azerbaijan National Academy of Sciences. Series of Physical-Technical and Mathematical Sciences. Physics and Astronomy /Cild: 32	Kh A Asadov, SS Ismaylova, NS Bababeyli	0	2012	Full text : Directions and areas of … Full text : Directions and areas of distribution of radioactive substances depending on a lay of land and climatic factors in case of failure occurrence on the Metsamor nuclear power plant have been defined. According to the experts, Metsamor nuclear power plant have been defined. According to the experts Metsamor nuclear power plant has been the one of the most dangerous among 166 such objects functioning all over the world. With the purpose of comprehensive investigation of ecological threats from the Metsamor nuclear power plant the creation of measuring supervision point in the territory of Nakhchivan Autonomous Republic has been offered. Daha çox Əlaqəli məqalələr(Google)
Environmental health training programs in Azerbaijan	EPIDEMIOLOGY / LWW /Cild: 18 /N: 5 səh: S201	S Ismayilova	0	2007	Objective:The development of environmental and public health … Objective:The development of environmental and public health education is an important priority for international aid and for national government attention. This provides a challenge of integrating experience from many countries in the industrialized world and academic centers of excellence in the field of environmental and public health. Azerbaijan, similar to other countries of Eastern Europe and the Former Soviet Union, is facing a complex mix of environmental health problems and at the same time endeavoring to reform its health and education system.Materials and Methods:Environmental health was/is not taught as an independent discipline at the state universities in Azerbaijan. There are also no publications or textbooks in environmental and public health in native language. In assessing workforce needs, it is important to note that most of the environmental and public health workers in Azerbaijan have no … Daha çox Əlaqəli məqalələr(Google)
Study of health effects in aluminum production workers	EPIDEMIOLOGY / LWW /Cild: 17 /N: 6 səh: S514-S515	S Ismayilova, S Khalilova	0	2006	Background:Harmful conditions in aluminum production are caused … Background:Harmful conditions in aluminum production are caused by the fluorine and aluminum compounds. Fluoride easily is absorbed from the gastrointestinal tract and the lungs. Aluminum can be absorbed from the lung by alveolar macrophages. Fluoride is retained in bones and high concentrations have been detected in the kidney, which is the organ primarily involved in fluoride excretion. In general, high concentrations of aluminum have been detected in the skeleton and in the lungs, and prolonged exposure to aluminum may result in increased levels of aluminum in liver, kidneys, and brain tissue. The aim of the study was to assess the health effects in 458 workers who are working in harmful conditions in Sumgayit Production Department of AzerAluminum Stakeholder Association. The study was conducted in Clinic of Occupational Diseases of National Research Institute for Medical Prophylaxis in 2004 … Daha çox Əlaqəli məqalələr(Google)
An Assessment of Health Effects Among Workers in the “Surface Active Substances Plant”	EPIDEMIOLOGY / LWW /Cild: 17 /N: 6 səh: S515	S Ismayilova, S Khalilova	0	2006	Background:In Sumgayit, the most severe industrial problem … Background:In Sumgayit, the most severe industrial problem is linked to the use of mercury in caustic soda and chlorine production at the “Surface active substances” plant. The processing facilities are in poor condition and heavily corroded. Mercury contamination was identified as the most important environmental problem of Sumgayit. It is estimated that mercury losses have been 1 kg per ton of chlorine produced. 100–150 tones of metallic mercury have been accumulated in the soil at the old factory side, and also mercury contaminated sludge has accumulated in the Sludge Basins located at the bank of the Sumgayit river. The aim of the study was to assess health effects in workers who worked at the “Surface active substances” plant and retired because of occupational diseases. The study was conducted at an occupational diseases clinic of Azerbaijan National Research Institute for Medical Prophylaxis … Daha çox Əlaqəli məqalələr(Google)
Correlation dependence of mercury concentration in human organism depending on the distance of production environment impact	EPIDEMIOLOGY / LIPPINCOTT WILLIAMS & WILKINS /Cild: 12 /N: 4 səh: S27-S27	S Ismayilova, S Khalilova	0	2001	Əlaqəli məqalələr(Google)
Strong earthquakes on the territory of Azerbaijan for the period of 2012-2014	Seismoprognosis Observations in the Territory of Azerbaijan /Cild: 12 /N: 1	GJ Yetirmishli, SS Ismayilova, RR Abdullayeva, ES Kazimova	14	2015	We consider the strong earthquakes that took … We consider the strong earthquakes that took place on the territory of Azerbaijan for the period of 2012-2014. Was identified the connection of the observed seismicity and tectonic structure of the region. The analysis of the mechanisms of strong earthquakes for the purpose of research of the stress strain state of the Earth's crust was considered and was identified the nature of shifts in the active parts of the deep faults. Daha çox Əlaqəli məqalələr(Google)
The estimation of influence of radioactive sources in the territory of Nakhichivan Autonomous Republic	book /Cild: 32 /N: 5 səh: 120-126	Kh A Asadov, SS Ismaylova, NS Bababeyli	0	2012	Full text: Directions and areas of distribution … Full text: Directions and areas of distribution of radioactive substances depending on a lay of land and climatic factors in case of failure occurrence on the Metsamor nuclear power plant have been defined. According to the experts, Metsamor nuclear power plant have been defined. According to the experts Metsamor nuclear power plant has been the one of the most dangerous among 166 such objects functioning all over the world. With the purpose of comprehensive investigation of ecological threats from the Metsamor nuclear power plant the creation of measuring supervision point in the territory of Nakhchivan Autonomous Republic has been offered Daha çox Əlaqəli məqalələr(Google)
The estimation of influence of radioactive sources in the territory of Nakhichivan Autonomous Republic; Radioaktiv menbelerin Nakhchivan MR-si erazisine tesirlerinin …	Izvestiya Akademii Nauk Azerbajdzhanskoj SSR, Seriya Fiziko-Tekhnicheskikh i Matematicheskikh Nauk (Azerbaijan) /Cild: 32	SS Ismayilova, NS Bababeyli, XE Esedov, MM Bekirova, AS Hesretova	0	2012	Full text : Directions and areas of … Full text : Directions and areas of distribution of radioactive substances depending on a lay of land and climatic factors in case of failure occurrence on the Metsamor nuclear power plant have been defined. According to the experts Metsamor nuclear power plant have been defined. According to the experts Metsamor nuclear power plant has been the one of the most dangerous among 166 such objects functioning all over the world. With the purpose of comprehensive investigation of ecological threats from the Metsamor nuclear power plant the creation of measuring supervision point in the territory of Nakhchivan Autonomous Republic has been offered. Daha çox Əlaqəli məqalələr(Google)
The estimation of influence of radioactive sources in the territory of Nakhichivan Autonomous Republic	book /Cild: 32 /N: 5 səh: 120-125	SS Ismayilova, NS Bababeyli, XE Esedov, MM Bekirova, AS Hesretova	0	2012	Full text: Directions and areas of distribution … Full text: Directions and areas of distribution of radioactive substances depending on a lay of land and climatic factors in case of failure occurrence on the Metsamor nuclear power plant have been defined. According to the experts Metsamor nuclear power plant have been defined. According to the experts Metsamor nuclear power plant has been the one of the most dangerous among 166 such objects functioning all over the world. With the purpose of comprehensive investigation of ecological threats from the Metsamor nuclear power plant the creation of measuring supervision point in the territory of Nakhchivan Autonomous Republic has been offered Daha çox Əlaqəli məqalələr(Google)
Azerbaijan	Zemletriaseniia Severnoi Evrazii səh: 59-66	GD Etirmishli, SS Ismailova, RR Abdullaeva, SE Kazymova	13	2018	Əlaqəli məqalələr(Google)
Dynamic and kinematic characteristics of earthquakes of Sheki-Oguz region	Azərbaycan Milli Elmlər Akademiyasının Xəbərləri, Yer Elmləri /N: 3-4 səh: 306	SE Kazimova, GJ Yetirmishli, ES Garaveliyev, SS Ismailova	11	2016	In the article the strong 7-point earthquake, … In the article the strong 7-point earthquake, occurred on September 4, 2015, at 4 h. 49 m. in the border of Sheki-Oghuz regions is analyzed. The historical earthquakes of the studied area, tectonic structure, peculiarities of epicentral field, focus distribution in depth were studied, the macroseismic investigations were held. The most earthquakes intensity was observed in the territories of Gozlubulag, Yagublu, Turan, Sarich, Chaykarakoyunlu and others, recognized on the basis of macroseismic investigations. Seismic focus mechanism was determined on the base of wideband digital record of seismic waves, registered by 35 telemetry stations. It has allowed to establish that the earthquakes, occurred in Oghuz region on September 4, at 4 h. 49 m. and on October 13, at 00h. 13 m., occurred due to similar compression and tention intensities. The type of main shock motion on both planes is left-lateral fault. Daha çox Əlaqəli məqalələr(Google)
Seismicity of Azerbaijan and adjacent territories in 2015	Zemletriaseniia Severnoi Evrazii səh: 50-59	GD Etirmishli, SS Ismailova, RR Abdullaeva, SE Kazymova	8	2021	Əlaqəli məqalələr(Google)
Focal parameters of the Zagatala earthquake on May 7, 2012	Catalogue of Seismoforecasting research carried out in Azerbaijan territory in /Cild: 11 /N: 1 səh: 14-18	SE Kazimova, GJ Yetirmishli, SS Ismailova	8	2012	In this article, we describe and analyze … In this article, we describe and analyze the map of distribution of earthquakes' epicenters occurred and seismo-geological section of the Zagatala region, which are compiled based on the seismological data. An interpretation of focal mechanisms of the earthquakes in Zagatala and a mechanism of the Common Caucasian left-lateral strike-slip component was presented using a geodynamic model of a pair of right-lateral strike-slip. Based on digital seismograms of shear waves the amplitude spectra were constructed and dynamic source parameters for the Zagatala earthquake on May 7, 2012 were calculated. Daha çox Əlaqəli məqalələr(Google)
Seismic geodynamics of Mingachevir water reservoir	Бюллетень Оренбургского научного центра УрО РАН / Федеральное государственное бюджетное учреждение науки «Оренбургский научный центр Уральского отделения Российской академии наук» /N: 4 səh: 12-12	SE Kazimova, GJ Yetirmishli, Sh K Islamova, SS Ismailova	3	2018	In article are submitted data on a … In article are submitted data on a relief, the geomorphological analysis, climatic conditions and also seismicity of the territory of the Mingachevir reservoir. The analysis of communication of a water level is carried out to a reservoir with seismicity of the territory and influence on activization of landslides. It is established that filling of a reservoir has impact to emergence of weak earthquakes directly around the Mingachevir reservoir and in adjacent territories. When flooding valley level of ground waters in radical breeds raises that causes formation of landslides. Daha çox Əlaqəli məqalələr(Google)
Seismic Tomography of Siyazan-Shabran Oil and Gas Region Of Azerbaijan by Data of The Seismic Stations	EGU General Assembly Conference Abstracts səh: EPSC2016-4201	Gurban Yetirmishli, Ibrahim Guliyev, Nazim Mammadov, Sabina Kazimova, Saida Ismailova	0	2016	The main purpose of the research was … The main purpose of the research was to build a reliable 3D model of the structure of seismic velocities in the earth crust on the territory of Siyazan-Shabran region of Azerbaijan, using the data of seismic telemetry stations spanning Siyazan-Shabran region (Siyazan, Altiagaj, Pirgulu, Guba, Khinalig, Gusar), including 7 mobile telemetry seismic stations. Interest to the problem of research seismic tomography caused by applied environmental objectives, such as the assessment of geological risks, engineering evaluation (stability and safety of wells), the task of exploration and mining operations. In the study region are being actively developed oil fields, and therefore, there is a risk of technogenic earthquakes. It was performed the calculation of first arrival travel times of P and S waves and the corresponding ray paths. Calculate 1D velocity model which is the initial model as a set of horizontal layers (velocity may be … Daha çox Əlaqəli məqalələr(Google)
SEISMIC ANALYSIS OF THE GUSAR-DEVECHI OIL AND GAS DISTRICT	АЗЕРБАЙДЖАНСКОЕ НЕФТЯНОЕ ХОЗЯЙСТВО / Редакция журнала" Азербайджанское нефтяное хозяйство" /N: 1 səh: 11-19	GJ YETIRMISHLI, SE KAZIMOVA, SS ISMAILOVA	0	0	The Gusar-Devechi zone is located in the … The Gusar-Devechi zone is located in the southeastern part of the Great Caucasus range of mountains. The effect of seismotectonic processes on hydrocarbon deposits in the studied area was studied. It has been established that earthquake foci located in the area cause the migration of oil and gas deposits. On the basis of digital data, weak tremors were recorded without loss and it was determined that the area is characterized by weak seismicity. Shocks with magnitude ml≥ 3.0 are observed to coincide with Siyazan, Zangi-Gozluchay, Taircalchay-Salyan deep faults. Seismic activity is mainly observed in Shabran-Siyazan area. The earthquakes mainly occurred within the 2–10 km deep sedimentary layer. It was found that in the Gusar-Devechi region and border areas there are a number of sources that can cause earthquakes with intensity I0= VI÷ VII. In these sources, during strong earthquakes, cracks form … Daha çox Əlaqəli məqalələr(Google)

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