Dr at Regional Research Center on Oasis Agriculture, Tunisia
Karim Kadri,Ā has devoted his career to advancing agricultural science in arid regions. After starting as an engineer at the National Institute of Agronomic Research of Tunisia in 2004, he transitioned to the Regional Research Center for Oasis Agriculture (CRRAO) in Degache, Tozeur, in 2007. Here, he now leads the Date Palm Genetic Resources and Biotechnology Laboratory. Kadriās work focuses on preserving and enhancing date palm genetic resources through morphological, physiological, and molecular studies. Passionate about adapting agriculture to climate change, his research targets sustainable practices for oasis systems. Beyond work, Karim enjoys tennis, travel, and cultural explorations.
Profile
Scopus
Scholar
Education š
PhD in Biology (2016): Faculty of Science of Tunisia, focusing on plant biotechnology. Master in Genetic and Molecular Biology (2005): Faculty of Sciences of Tunisia, specializing in molecular research methodologies. National Engineer Diploma in Bioindustry (2003): National Institute of Applied Sciences of Tunis, providing a foundation in applied bioindustrial processes. High School Graduation (1997): A-level in Natural Sciences from the Secondary School of Abou Kacem CHEBBI, Tozeur.
Ā Experience š¼
2004-2006: Contract Engineer at the National Institute of Agronomic Research of Tunisia, focusing on morpho-physiological evaluation of barley under salt stress. 2006-2007: Contract Researcher in the Biotechnology and Plant Physiology Laboratory, contributing to significant plant physiology projects. Since August 2007: Researcher and Laboratory Head at CRRAO, Degache, Tozeur, Tunisia. Overseeing research in date palm genetic resources, Kadri has led numerous initiatives on genetic preservation and climate resilience.
Awards and Honors š
Recognition for significant contributions to date palm research and conservation efforts. Acknowledged as a leading researcher in Tunisia for advancements in agricultural biotechnology. Commended by various academic institutions for efforts in promoting sustainability in oasis ecosystems. Recipient of regional accolades for research addressing climate change adaptation strategies.
Research Focus š
Karim Kadriās research primarily focuses on the genetic conservation and enhancement of date palms, crucial for sustainable agriculture in oasis systems. He delves into morphological, physiological, and molecular analyses to safeguard and improve date palm cultivars. With climate change posing increased threats, Kadriās work has pivoted toward selecting resilient date palm pollinators to bolster the oasis ecosystem’s sustainability. His research aims at improving both the quality and quantity of date palm production to support regional agricultural resilience.
Conclusion š
Dr. Karim Kadriās profound dedication to biotechnology, especially in the context of date palm genetic resources and climate change adaptation, makes him a strong candidate for the Excellence in Research Award. His leadership, innovative contributions, and sustainable focus are exemplary. With targeted improvements in language proficiency and international engagement, his already impactful career could achieve even greater recognition and influence.
Publications š
- Effect of Pollen Quantity on Fruit Set, Seed Germination, and Plantlet Vigor of Date Palm cv. Deglet Nour
- Authors: M. Mesnoua, M. Roumani, M. Tahirine, K. Kadri, A. Parmar
- Publication: Agricultural Research
- Year: 2024
- Key Insight: This study examines how varying pollen quantities impact the development of fruit and subsequent seed germination and vigor in the ‘Deglet Nour’ variety of date palm.
- Genetic Analysis of Anthracnose Resistant and Heat Tolerant Chili Inbred Lines Based on Morpho-Physiological Characteristics
- Authors: M. Chowdhury, F. Nazneen, M.Y. Rafii, S.I. Ismail, S.I. Ramlee, M. Hosen, et al.
- Publication: Chilean Journal of Agricultural Research
- Year: 2023
- Focus: Highlights genetic resilience in chili lines, combining resistance to anthracnose and heat tolerance through morpho-physiological assessments.
- The Genetic Diversity Analysis of Tunisian Male Date Palm Cultivars (Phoenix dactylifera L.) Revealed by Phenotypic and Molecular Markers
- Authors: K. Karim, H. Hamza, H. Tiba, M. Elsafy
- Publication: European Journal of Biology and Biotechnology
- Year: 2022
- Summary: Explores the genetic diversity of male date palm cultivars in Tunisia using phenotypic and molecular analysis.
- Transcriptional Changes in Salt-Responsive Genes of Barley Subjected to Salt Stress
- Authors: K. Karim, N. Amani Ben, N. MāBarek Ben
- Journal: International Journal of Innovation and Applied Studies
- Year: 2014
- Findings: Investigates gene expression changes in barley in response to salt stress, contributing to understanding stress tolerance mechanisms.
- RAPD Markers and Morpho-Physiological Characterization of Some Tunisian Barley Ecotypes
- Authors: K. Karim, A. Rawda, C.M. Hatem, B.N. Mābarek
- Publication: Biological Diversity and Conservation
- Year: 2010
- Details: Utilizes RAPD markers to characterize barley ecotypes, shedding light on genetic variation within the species.
- Study on the Effects of Pollen Sources on the Agronomic, Biochemical, Mineral, and Pomological Traits of Date Palm (Phoenix dactylifera L.) cv ‘Deglet Nour’ Fruits
- Authors: K. Kadri, M. Jemni, M. Mesnoua, S.S. Sharma, A.A. Malik, S. Makhlouf, et al.
- Publication: Genetic Resources and Crop Evolution
- Year: 2024
- Implication: Analyzes how different pollen sources affect key traits of the ‘Deglet Nour’ variety.
- Genetic Diversity of Tunisian and Indian Date Palm Cultivars and Genotypes Revealed by AFLP Markers
- Authors: K. Karim, A.A. Malik, H. Hamza, E. Mohamed, S.S. Sharma
- Year: 2023
- Contribution: Uses AFLP markers to explore genetic diversity across Tunisian and Indian date palm cultivars.
- Effect of Pollination Technique on Agronomic and Physicochemical Characteristics of Date Palm Fruits (Phoenix dactylifera L.) cv. ‘Deglet Nour’
- Authors: K. Karim, A. Karim, H. Hamza, A. Manar, C. Karmous, T. Bettaieb
- Publication: Horticultural Science and Technology
- Year: 2022
- Outcome: Discusses the impacts of various pollination techniques on fruit quality and yield.