Increasing tropical soybean production with improved cropping systems and management; Soybean response to intercropping with cassava; Soybean in rice-based farming systems: the IRRI experience; Soybean sole cropping ind intercropping in temperature and subtropical environments; Yield stability of sole-crop and intercrop planting system; Soybean-coconut intercropping; Soybean intercropping with rubber and oil palm; Minimum tillage soybean following rice in Thailand; Soybean cropping systems in Tamil Nadu, India; Soybean cropping systems in Southern India; The potential of soybean in Indian cropping systems; Cropping systems and soybean production in Bangladesh; Breeding soybean for chinese cropping systems; Soybean cropping systems in Taiwan; Intensifying land and nutrient equivalent ratios by intercropping corn and soybean in Egypt; Soybean-based cropping systems in Korea; Soybean cropping systems in Thailand: technical and socio-economic aspects; Soybean breeding for multiple and intensive cropping systems in Indonesia; Early maturing soybean for intensive cropping systems; Strategies for bredding soybean for intercropping and multiple cropping systems; Breeding tropical soybean for superior seed longevity anf for nodulation with indigenous rhizobia; Soybean breeding for the brazilian tropics; Breeding for soybean virus resistance; Breeding for nematode and insect resistance; T-DNA transfer in soybean; Saturated soil culture: an innovative water management option for soybean in the tropics and subtropics; Soybean genotypic responses for minimum and maximum input in different seasons; Maximum yield and maximum economic yield for soybean; Agronomic requirements for wet and dry seasons soybean; Soybean weed control; The influence of planting method and mulching on soybean seed yield; The development and testing of a manual soybean seeder; Wheat-soybean double-crop management in Missouri; Recent advances in soybean rust research; Differential reactions of Phakopsora Pachyrhizi on soybean in Taiwan; Soybean disease control strategies for the tropics and subtropics; The beanfly pest complex of tropical soybean; Development cost effective rhizobium technology for the tropics and subtropics; Quantifying N2 fixation in field-grown soybeans using 15N isotope dilution; Response of soybean to supplemental nitrogen after flowering; Soil tests for predicting soybean phosphorus and potassium requeriments; Soybean tolerance to manganese in the tropics; Soybean nodulation guide; The physiology of soybean yield improvement; Soybean adaptation to photo-termal environments and implications for screening germplasm; Photoperiod and temperature effects on the growth and reproductive behavior of less photoperiod-sensitive soybean; Adaptation of soybean to subtropical and tropical environments in Australia; Effect of water stress on soybean metabolism; Yield respons of selected soybean cultivars to water stress during different reproductive growth periods; Physiological requirements of soybean in tropical cropping systems; The economics of small and large-scale soybean production in the Philippines; The economics of soybean in Indonesia; The development of multi-cropping systems and soybean production in the Asian-Pacific region; Improved soybean cultivars in Tanzania; Soybean in Burkina Faso: Agronomics Studies and development prospects; Soybean in the Ivory Coast; Irrigated soybean production in Egypt; Soybean in rice-fallows in the sunderbans; The FAO soybean development programme.