000			02057nam a2200229#a 4500
001			vtls000003513
008			230822s1992 xx 000 0 eng d
040			_aJPS
090	0	0	_aTHESIS METEO & CLIM 553.97 SAL
100			_aSALMAH ZAKARIA, DR. _eauthor
245		0	_aWATER MANAGEMENT IN DEEP PEAT SOILS IN MALAYSIA
260			_aCRANFIELD: CRANFIELD INSTITUTE OF TECHNOLOGY, _c1992
300			_aVARIOUS PAGIN
440			_aPH.D THESIS-SALMAH ZAKARIA
500			_aThesis
505			_aChapter 1: Introduction. 1.1 General. 1.2 Problems in peat reclamation and drainage. 1.3 Research objectives. 1.4 Scope 6. Chapter 2: Review of literature. 2.1 Water management in peat. 2.2 Peat soil. 2.3 Crop production requirements in peat. 2.4 Engineering requirements in Agriculture. Chapter 3: Experimental approach. 3.1 Approach and alternatives. 3.2 Experimental design. 3.3 Drainage and agronomic trials. Chapter 4: Experimental methods. 4.1 Hydropedological data. 4.2 Bearing capacity and consolidation. 4.3 Shrinkage, irreversibility peat depth and subsidence. 4.4 Agronomic trials. Chapter 5: Experimental results and analysis. 5.1 Hydropedological data. 5.2 Bearing capacity and consolidation. 5.3 Shrinkage, irreversibility peat depth and subsidence. 5.4 Agronomic trials. Chapter 6: Modeling water-table movement in Benut. 6.1 General. 6.2 Young's et al mathematical model. 6.3 Testing of young et al model in Benut. 6.4 Applicability of younger et al model in Benut. 6.5 Applications of the simulation model. Chapter 7: General. 7.2 Field water management requirements. 7.3 Water management systems requirements-the ideal case. 7.4 Environmental requirements. 7.5 Other management requirements. 7.6 Proposed model water management for pineapple in peat. Chapter 8: General. 8.2 Research findings. 8.3 Recommendations. 8.4 Conclusion.
546			_aENGLISH
650	1	0	_aPEAT SOIL.
942			_cTES
990			_a1992
999			_a07057 _a553.97 SAL _aVIRTUA00 _aVTLSSORT0080*0900*1000*2450*2600*3000*4400*5000*5050*5460*6500*9040*9490*9900*9993 _c2374 _d2374
003			JPS