shayan shariati Feiz Abadi

1. Forest Soil Exposed to Leachate as a New Source of DEHP-Degrading Rhodococcus

shariati Feiz Abadi shayan, Karbasi Abdolreza, Baghdadi Majid (2025)., SOIL & SEDIMENT CONTAMINATION, -(-), 1-15.

2. The efficiency of oil-degrading and phosphate-solubilizing bacteria in phosphorus availability of an oil-contaminated calcareous soil

Zeynali Komeil, shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Shorafa Mahdi (2025)., Journal of Soil Biology, 12(2), 191-212.

3. Valuation of the efficiency of epipelones and epiphytons in the rice paddies of Guilan province in releasing potassium from muscovite and phlogopite

لیلاسی مرند مهدیه, Alikhani Hoseinali, shariati Feiz Abadi shayan (2025)., Iran Soil and Water Reasearch, 55(12).

1. The application of biosurfactant producing bacterial co....

Zeynali Komeil, shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Shorafa Mahdi (2024)., Iran Soil and Water Reasearch, 55(9), 1585-1599.

2. The role of effective oil-eating bacteria in the remediation of oil-contaminated soils (Case study: Bacillus genus)

Zeynali Komeil, shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali (2024)., Journal of Soil Biology, 12(1), 105-139.

3. PFAS: An Emerging Threat to the Environment, Food Security and Human Health

[] [], shariati Feiz Abadi shayan, Baghdadi Majid (2024)., The First National Conference on Future and Environmental Sustainability, 8 October, Tehran, Iran.

4. Determining the waste components of the Kisom waste disposal site (Astaneh Ashrafiyeh) and investigating the condition of heavy metals in the surrounding soil

shariati Feiz Abadi shayan, Shariaty Fatemeh (2024)., The First National Conference on Future and Environmental Sustainability, 8 October, Tehran, Iran.

5. Rapid phenanthrene biodegradation in highly calcareous saline sodic soil using an artificial halophile bacterial consortium

Hashemi Negin, Pourbabaee Ahmad Ali, shariati Feiz Abadi shayan, Yazdanfar Najmeh (2024)., International Journal of Environmental Science and Technology, 5(27).

6. Pseudomonas biofertilizer: a key approach in reducing the use of chemical fertilizer and soil pollution

Zeynali Komeil, shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali (2024)., 7th International Congress of Developing Agriculture, Natural Resources, Environment and Tourism of Iran, 29-31 January, Tabriz, Iran.

1. Determining sensitivity to heavy metals in surfactant-producing bacteria and their efficiency in removing Total petroleum hydrocarbons

Karimi Sahar, shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Alikhani Hoseinali, Klami Rayhane (2023)., Iran Soil and Water Reasearch, 54(10).

2. Biodegradation of diethyl phthalate and phthalic acid by a new indigenous Pseudomonas putida

shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Alikhani Hoseinali (2023)., FOLIA MICROBIOLOGICA, 21(14).

3. The Rhizospheric Soil of Sparganium erectum L. Plant: A new Source of Efficient Bacteria for Azo Dye Decolorization

Nikkhahkiarmashi Masoumeh, Pourbabaee Ahmad Ali, shariati Feiz Abadi shayan, Shakiba Mina (2023)., Pollution, 9(1).

1. Degradation of Phthalic Acid Esters by the Microbial Consortium Isolated from a Contaminated Soil

shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Alikhani Hoseinali, Rezaei Tireh Shabankareh Keramat Allah (2022)., Applied Soil Research, 10(2).

2. Azotobacter as a Rice Plant Growth Biofertilizer

Alikhani Hoseinali, shariati Feiz Abadi shayan, Etesami Hassan, فلاح علیرضا (2022)., Iran Soil and Water Reasearch, 53(3).

3. Investigating the combined application of different levels of triple superphosphate and native phosphate-solubilizing Pseudomonas bacteria on growth indices of maize

علیرضا فلاح, shariati Feiz Abadi shayan (2022)., Agricultural Engineering Soil Science & Agricultural Machinery, 44(4).

1. Degradation of dibutyl phthalate by Paenarthrobacter sp. Shss isolated from Saravan landfill, Hyrcanian Forests, Iran

shariati Feiz Abadi shayan, Ebenau-Jehle Christa, Pourbabaee Ahmad Ali, Alikhani Hoseinali, Rodriguez-Franco Marta, Agne Michaei, Geiger Harri, Shariati frank, Boll Matthias (2021)., BIODEGRADATION, 14(22).

2. Phthalic Acid Esters as Pervasive Emerging Pollutants in the Environment and Their Role in Threatening Food Security and Human Health: A Review

shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Alikhani Hoseinali, Rezaei Tireh Shabankareh Keramat Allah, Shariaty Fatemeh (2021)., Iran Soil and Water Reasearch, 52(8).

3. Biodegradation of DEHP by a new native consortium An6 (Gordonia sp. and Pseudomonas sp.) adapted with phthalates, isolated from a natural strongly polluted wetland

shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Alikhani Hoseinali, Rezaei Tireh Shabankareh Keramat Allah (2021)., Environmental Technology & Innovation, 24(10), 101936.

4. Anaerobic biodegradation of phthalic acid by an indigenous Ralstonia pickettii strain SHAn2 isolated from Anzali international wetland

shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Alikhani Hoseinali, Rezaei Tireh Shabankareh Keramat Allah (2021)., International Journal of Environmental Science and Technology, 29(3).

1. Increase the yield of Maize and improvement the chemical and biological properties of saline calcareous soil using a combination of nano-biofertilizer and cattle manure

علیرضا فلاح, آفتاب طلب امیر, shariati Feiz Abadi shayan (2020)., Journal of Cereal Research, 10(3).

1. Investigation of Heavy Metal Contamination in the Surface Sediments of Anzali Wetland in North of Iran

shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Alikhani Hoseinali, Rezaei Tireh Shabankareh Keramat Allah (2019)., Pollution, 5(1).

1. Assessment of phthalic acid esters pollution in Anzali wetland, north of Iran

shariati Feiz Abadi shayan, Pourbabaee Ahmad Ali, Alikhani Hoseinali, Rezaei Tireh Shabankareh Keramat Allah (2018)., International Journal of Environmental Science and Technology, 11(5).

1. The use of phosphate solubilizer bacteria inoculant based on vermicompost in increasing yield and nutrient uptake in wheat

shariati Feiz Abadi shayan, Alikhani Hoseinali, Shariati Shahab, Pourbabaee Ahmad Ali (2017)., 15th congress of Iranian soil science, 28-30 August, Isfahan, Iran.

2. Integrated use of organic fertilizer and bacterial inoculant improves phosphorus use efficiency in wheat (Triticum aestivum L.) fertilized with triple superphosphate

علیرضا فلاح نصرت آباد, Etesami Hassan, shariati Feiz Abadi shayan (2017)., Rhizosphere, 3(3).

1. Effect of silicate bacteria (potassium solubilizing) in reducing the use of chemical fertilizers and improved plant growth

Alikhani Hoseinali, shariati Feiz Abadi shayan, Emami Somayeh (2015)., 14th Iranian Soil Congress 2015, 7-9 September, Kerman, Iran.