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Modeling the functional role of the microorganisms in the daily exchanges of carbon and nitrogen in intercropping system under mediterranean conditions
Latati M., Rebouh N.Y., Aouiche A., Laouar M.
in maize (Zea mays L.)-common bean (Phaseolus vulgaris L.) intercropped system of the cereal agroecosystem
Species interactions improve above-ground biomass and land use efficiency in intercropped wheat and chickpea under low soil inputs
Latati M., Dokukin P., Aouiche A., Rebouh N.Y., Takouachet R., Hafnaoui E., Hamdani F.Z., Bacha F., Ounane S.M.
accumulation by intercropped cereals under the field condition. To assess the agricultural services
Agroecological modeling of nitrogen and carbon transfers between decomposer micro-organisms, plant symbionts, soil and atmosphere in an intercropping system
Kherif O., Keskes M.I., Pansu M., Ouaret W., Rebouh Y.-N., Dokukin P., Kucher D., Latati M.
scale, where clear evidence for the benefits of intercropping is lacking. This work focus on mechanistic
The Effect of Nitrogen Supply on Water and Nitrogen Use Efficiency by Wheat–Chickpea Intercropping System under Rain-Fed Mediterranean Conditions
Bouras F.-Z., Hadjout S., Haddad B., Malek A., Aitmoumene S., Gueboub F., Metrah L., Zemmouri B., Kherif O., Rebouh N.-Y., Latati M.
It is well known that legume–cereal intercropping systems are more efficient in terms of resources
Modelling human health risks from pesticide use in innovative legume-cereal intercropping systems in Mediterranean conditions
Zemmouri B., Lammoglia S.-K., Bouras F.-Z., Seghouani M., Rebouh N.Y., Latati M.
and one intercropping system) associated with the use of various tillage practices (conventional tillage
Nitrogen fixation and crop productivity enhancements co-driven by intercrop root exudates and key rhizosphere bacteria
Hu H.Y., Li H., Hao M.M., Ren Y.N., Zhang M.K., Liu R.Y., Zhang Y., Li G., Chen J.S., Ning T.Y., Kuzyakov Y.
N2 fixation of bean in intercropping systems. However, the mechanisms of N2 fixation enhancement
Nitrogen fixation and crop productivity enhancements co-driven by intercrop root exudates and key rhizosphere bacteria
Hu H.-Y., Li H., Hao M.-M., Ren Y.-N., Zhang M.-K., Liu R.-Y., Zhang Y., Li G., Chen J.-S., Ning T.-Y., Kuzyakov Y.
N2 fixation of bean in intercropping systems. However, the mechanisms of N2 fixation enhancement
Effects of intercropping on field-scale phosphorus acquisition processes in a calcareous soil
Messaoudi H., Gérard F., Dokukin P., Djamai H., Rebouh N.-Y., Latati M.
of intercropping. Methods: Durum wheat and faba beans were cultivated, both as sole crops and as intercrops, in a P
Understanding the Response of Wheat-Chickpea Intercropping to Nitrogen Fertilization Using Agro-Ecological Competitive Indices under Contrasting Pedoclimatic Conditions
Kherif O., Seghouani M., Zemmouri B., Bouhenache A., Keskes M.I., Yacer-Nazih R., Ouaret W., Latati M.
Wheat-chickpea intercrops are not well studied, despite the importance of these two species
Simultaneous Assessment of Water and Nitrogen Use Efficiency in Rain-Fed Chickpea-Durum Wheat Intercropping Systems
Kherif O., Haddad B., Bouras F.-Z., Seghouani M., Zemmouri B., Gamouh R., Hamzaoui N., Larbi A., Rebouh N.-Y., Latati M.
interactions in cereal–-legume intercropping systems. In order to advance our knowledge on the N and water

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