Ben Jeddi F . Faysal

University Of Carthage, National Agronomic Institute of Tunisia (ABV), Faculty Member

Followers

Following

Co-authors

Mentions

Public Views

a. Professional Preparation
National Agronomic Institute of Tunisia. Carthage University Agronomy B.S 1983
National Agronomic Institute of Tunisia. Carthage University Plant Breeding M.S 1986
Faculteit Bio-ingenieurs Wetenschappen. Gent University Applied Biology PhD 2005

b. Appointments
2017-2024 General director of National Agronomic Institut eof Tunisia. Carthage University
2015-2017 Visiting Professor, Forage Phytogenetic Biodiversity. National Polytechnic Institute (INP) of Toulouse France.
2014-2017 Student Director at National Agronomic Institute of Tunisia. Carthage University.
2009-2014 Department Director (Biotechnology and Agronomy). Carthage University.
Since 2012 Professor, Agronomic Sciences (Forage breeding). INAT, Carthage University.
2008-2012 Associate professor, Agronomic Sciences (Forage breeding). INAT, Carthage University.
1991-2008 Assistant professor, Agronomic Sciences (Forage breeding). INAT, Carthage University.
1988-1991 Assitant, Agronomic Sciences (Forage breeding). INAT, Carthage University.
1986-1988 Specialist engineer in forage breeding. INAT, Carthage University.
Supervisors: dg@inat.ucar.tn
Phone: +21698363621
Address: INAT, 43 Av. Charles Nicolle 1082 Tunis-Tunisie

less

Joe (J.G.) Manning

Yale University

David Seamon

Kansas State University

Victor Camacho-Ibar

Universidad Autonoma de Baja California

Sabine Lengger

University of Bristol

Kacper Szulecki

Norwegian Institute of International Affairs

Ernest Nnadi

Manchester Metropolitan University

Saa Dittoh

University for Development Studies, Tamale, Ghana

Prof. Nasser Elgizawy

Benha University

Stuart Borrett

University of North Carolina Wilmington

Esther Jansma

Cultural Heritage Agency of the Netherlands

Interests

Uploads

Papers by Ben Jeddi F . Faysal

Effet de l’inoculation par une souche osmotolerante de Rhizobium sullae sur la croissance et la production en proteine du sulla (Sulla coronarium L.) sous déficit hydrique

Objective: Plant protein production under water stress conditions is a problem that constantly we... more Objective: Plant protein production under water stress conditions is a problem that constantly weakens the sector of sheep and cattle grazing in Tunisia. Rhizobial inoculation of cultivated Sulla may contribute to improving the production of protein-rich fodder. Methodology and results: Plants of Sulla (Sulla coronarium L.) cultivated in pots were inoculated with an organic fertilizer based on the rhizobial strain HC14 and then submitted to different water regimes (75, 50, and 25% of useful reserves of the pot (URP: 300 mm)). This trial was carried in non-irrigated fields at two locations (Tunis and Goubellat). The pot experiment showed that with 75% of URP, rhizobial fertilization is at least equal to nitrogen fertilization (90 units), with 2.5 times more protein. At 50% URP, protein yield provided by symbiosis is three times more than with the nitrogen supply. In the field, rhizobial inoculation of Sulla has stabilized or improved forage yield and protein according to site. In Gou...

Impact du semis direct du Sulla (Hedysarum Coronarium L.) Bikra 21 sur les propriétés physico-chimiques du sol

Effect of mycorrhizal and rhizobial bioinoculation on the yield components of durum wheat (Triticum durum desf.)

Annales de l'INRAT, 2019

Effect of field wilting and conditioning of Sulla forage (Hedysarum coronarium L.) on the quality of its silage

Fourrages, 2012

Characteristics of grassland cultivation Sulla (Hedysarum coronarium L.) in mountainous areas of North Tunisia

Journal of Animal and Plant Sciences, 2012

Productivite fourragere de divers ecotypes de medics (Medicago spp.) de Tunisie

Institut National Agronomique de Tunisie (INAT), 1997

Effect of Rhizobium Inoculation on Growth and Nutrient Uptake of Sulla ( Hedysarumcoronarium L . ) Grown in Calcareous Soil of Northern Tunisia

Hedysarum coronarium L. cultivated on calcareous soil in Northern Tunisia was the subject of a tr... more Hedysarum coronarium L. cultivated on calcareous soil in Northern Tunisia was the subject of a trial attempted under field condition, to figure out the effect of nitrogen fertilizer and Rhizobium inoculation on their growth, nodulation and mineral content. Rhizobium inoculation enhanced significantly all growth parameters compared to the nitrogen fertilization especially at the flowering stage. No significance difference was shown between the uninoculated check and the nitrogen fertilized plants concerning the nodule number per plant at all plant stage. At 154 DAS (Day After Sowing) and 174 DAS, Rhizobium inoculated plants set a high mean nodule number (86.33 and 77.77 respectively). Nodule weight per plant was high in Rhizobium inoculated plants compared to the uninoculated check and the nitrogen fertilized plants especially at 123 DAS, 154 DAS and 174 DAS. Concerning nutrients content in shoot of sulla at flowering stage, Nitrogen fertilization significantly enhanced nutrients con...

Ben Jeddi F . Faysal

Uploads

Papers by Ben Jeddi F . Faysal

Log In