Biochar‑enhanced biostimulation of maize under salinity stress: a sustainable approach to physiological recovery and soil resilience

Rebouh, N.Y; Anwar, T; Qureshi, H; Kousar, P; El-Beltagi, H; Ismoilov, I; Tukhtaboeva, F; Alomran, M.M; Alsudays, I.M; Alamer, KH

Authors

Анвар Т (Anwar T) , Куреши Х (Qureshi H) , Косар П (Kousar P) , Эль-Бельтаги Х (El-Beltagi H) , Исмоилов И (Ismoilov I) , Тухтабоева Ф (Tukhtaboeva F) , Ребух Н.Я (Rebouh N.Y) ¹ , Аломран М.М (Alomran M.M) , Эльсудайс И.М (Alsudays I.M) , Аламер Х. (Alamer KH)

Journal

BIODEGRADATION

Language

English

State

Published

Department

Институт экологии

Link

External link

DOI

10.1007/S10532-025-10217-2

Year

2025

Organizations

¹ Peoples Friendship University of Russia named after Patrice Lumumba

Cite

ГОСТ MLA RIS BibTex

FORMATION OF VALUES AND PICTURES OF THE WORLD AMONG PRIMARY SCHOOL STUDENTS\R\N\R\NSCHOOLS IN THE CONDITIONS OF SOCIO-CULTURAL TRANSFORMATION: THEORETICAL\R\NMETHODOLOGICAL APPROACH TO THE PROBLEM.

Article

Ахмедова М.Г., Ивлева М.Л., Курилов С.Н.

Философия и общество. Vol. 116. 2025. P.. 68-86

ENHANCING PETROSELINUM CRISPUM TOLERANCE TO SALT STRESS THROUGH COMBINED APPLICATION OF GREEN-SYNTHESIZED SILICON NANOPARTICLES AND MELATONIN

Article

Rebouh N.Y., Anwar T, Qureshi H, Zahid S, El-Beltagi H, Alqahtani D, Ismoilov I, Tukhtaboeva F, Zaman W, Lala G

SILICON. 2025.

Биоуголь‑усиленная биостимуляция кукурузы в условиях засоления: устойчивый подход к физиологическому восстановлению и устойчивости почвы