Descubre y comparte nuestro conocimiento público

Se han encontrado 13 recursos

Resultados de búsqueda

Autor: Wendt, J.

Groundnut (Arachis hypogaea L) is an important intercrop in southern Cameroon. Two on-farm experiments were undertaken to determine if soil fertility constraints, varieties and tillage practices were major limiting factors in groundnut production. In Experiment I, combinations of P and K fertiliz...


Wendt, J.[Groundnut response to ash, phosphorus, potassium, lime, and tillage in southern Cameroon]Groundnut response to ash, phosphorus, potassium, lime, and tillage in southern Cameroon

In Uganda, highland banana yields (5-30 t ha-1yr-1) are low in comparison to potential yields (70 t ha-1yr-1) due to high pest and disease pressure, soil fertility decline, and poor management. Although it is generally accepted that soil exhaustion is a major cause of low and declining yields, th...


Asten, Piet J.A. vanGold, C.S.Wendt, J.Waele, D. deOkech, S.H.Ssali, H.Tushemereirwe, W.K.[Contribution of soil quality to banana yield problems and its relation with other banana yield loss factors]Contribution of soil quality to banana yield problems and its relation with other banana yield loss factors

Intensification of agricultural systems in sub-Saharan Africa (SSA) is considered a pre-condition for alleviation of rural poverty. Conservation Agriculture (CA) has been promoted to achieve this goal, based on three principles: minimum tillage, soil surface cover, and diversified crop rotations....


Vanlauwe, BernardWendt, J.Giller, Ken E.Corbeels, MarcGerard, Bruno G.Nolte, C.[A fourth principle is required to define conservation agriculture in subSaharan Africa: the appropriate use of fertilizer to enhance crop productivity]A fourth principle is required to define conservation agriculture in subSaharan Africa: the appropriate use of fertilizer to enhance crop productivity
Vanlauwe, BernardWendt, J.Giller, Ken E.Corbeels, MarcGerard, Bruno G.[Response to Sommer et al. (2014) Fertiliser use is not required as a fourth principle to define conservation agriculture]Response to Sommer et al. (2014) Fertiliser use is not required as a fourth principle to define conservation agriculture

Soil carbon stocks are commonly quantified at fixed depths as the product of soil bulk density, depth and organic carbon (OC) concentration. However, this method systematically overestimates OC stocks in treatments with greater bulk densities such as minimum tillage, exaggerating their benefits. ...


Wendt, J.Hauser, S.[An equivalent soil mass procedure for monitoring soil organic carbon in multiple soil layers]An equivalent soil mass procedure for monitoring soil organic carbon in multiple soil layers
Agboka, K.Ayodele, M.Bandyopadhyay, RanajitBeed, Fen D.Boons, P.Chikoye, D.Coulibaly, O.Coyne, D.L.Dubois, T.Emechebe, A.Gnanvossou, D.Goergen, Georg E.Gold, C.S.Hanna, R.Hauser, S.Hell, K.Herron, C.M.Hughes, Jacqueline d'ArrosJames, B.Kooyman, C.Lema, A.K.Legg, J.P.Mwangi, M.Nankinga, C.Neuenschwander, P.Nolte, C.Norgrove, L.Offei, S.Okech, S.Onzo, A.Ragama, P.E.Tamo, M.Tindo, M.Toko, M.Tripathi, L.Vayssières, Jean-FrançoisWeise, S.F.Wendt, J.Zannou, I.[Project B: developing plant health management options]Project B: developing plant health management options
Abass, A.Abele, S.Andrade, M.Asten, Piet J.A. vanCoyne, D.L.Dochez, C.Dubois, T.Gerguson, M.Fermont, A.Ferris, S.Gold, C.Hanna, R.Khizzah, B.Kanju, E.Kolijn, S.Legg, J.P.Mahungu, N.M.Manyong, Victor M.Muchopa, C.Nankinga, C.Niere, B.Ntawuruhungu, P.Okech, S.Pillay, M.Ragama, P.E.Tenkouano, A.Toko, M.Wendt, J.Whyte, J.[Project D: promoting food security and income generation through sustainable production and commercialization of starchy and grain staples in eastern and southern Africa]Project D: promoting food security and income generation through sustainable production and commercialization of starchy and grain staples in eastern and southern Africa
Akoroda, M.O.Amegbeto, K.Asiedu, RobertAttey, A.N.Baah, F.Bakam, I.Bandyopadhyay, RanajitBoivin, M.Boons, P.Cornet, D.Coyne, D.L.David, S.Dixon, A.Dumet, D.Ezedinma, C.Gockowski, J.Goergen, Georg E.Gyamfi, I.Hanna, R.Halos-Kim, L.Hauser, S.Hughes, J.Kikuno, H.Kolesnikova-Allen, M.Legg, C.Legg, J.P.Lema, A.Lemchi, J.Lokko, Y.Makinde, K.Mahungu, N.M.Maroya, N.G.Maziya-Dixon, B.B.Mkumbira, J.Mva Mva, J.Mwangi, M.Nguimgo, B.Nielsen, O.Nkamleu, G.B.Nolte, C.Norgrove, L.Ogbe, F.Okafor, C.Okechukwu, R.Okoro, E.Patino, M.Sanni, L.O.Shiwachi, H.Ssemakula, G.N.Tarawali, G.Tenkouno, A.Tindo, M.Toko, M.Weise, S.F.Wendt, J.Yapo Assamoi, A.[Program E: Enhancing livelihoods in the humid and subhumid zones of West and Central Africa through profitable and sustainable intensification of diverse agricultural systems]Program E: Enhancing livelihoods in the humid and subhumid zones of West and Central Africa through profitable and sustainable intensification of diverse agricultural systems

Most of the population in sub-Saharan Africa depends on agriculture for livelihood, which is mainly practiced by resource-constrained smallholder farmers. Due to persistent low crop yields, food and nutrition insecurity, farmers have been opening new lands through deforestation or encroachment in...


Masso, C.Nziguheba, GeneroseMutegi, J.Galy-Lacaux, C.Wendt, J.Butterbach-Bahl, KlausWairegi, L.W.I.Datta, A.[Soil fertility management in sub-Saharan Africa]Soil fertility management in sub-Saharan Africa

In Uganda, highland banana yields (5-30 t ha-1yr-1) are low in comparison to potential yields (70 t ha-1yr-1) due to high pest and disease pressure, soil fertility decline, and poor management. Although it is generally accepted that soil exhaustion is a major cause of low and declining yields, th...


Asten, Piet J.A. vanGold, C.Wendt, J.Waele, D. deOkech, S.Ssali, H.Tushemereirwe, W.K.[Contribution of soil quality to banana yield problems and its relation with other banana yield loss factors]Contribution of soil quality to banana yield problems and its relation with other banana yield loss factors

Selecciona los documentos para visualizarlos

Nombre del archivo Ver recurso