ɽǰƽԭ,piedmont plain
1)piedmont plainɽǰƽԭ
1.Prospective areas and types of aquifer reserve in the Taihang piedmont plain;Ì«ÐÐɽǰƽԭµØÏµ÷ÐîÔ¶¾°ÇøÓëÀàÐÍ
2.Study on the Calculating Model and Method of Soil Water Resource in Piedmont Plain of Hebei Province;ºÓ±±É½Ç°Æ½Ô­ÍÁÈÀË®×ÊÔ´¼ÆËãÄ£ÐÍÓë·½·¨Ñо¿
3.This paper divided this region into 4 geomorphological belts:the flood erosion belt,groundwater spill belt,delta belt and the joining belt of piedmont plain and the Tarim floodplain.½«ÂǪ̈ÌìɽÄÏ´ɽǰƽԭÖÐϲ¿×Ô±±ÖÁÄÏ·ÖΪ4¸öµØÃ²´ø:ºéË®°þÊ´´ø¡¢Òç³ö´ø¡¢Èý½ÇÖÞ´ø¼°Á½ºÓ½»»ãÇø´ø¡£
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1.Analysis of Available Soil Moisture Changes in Taihang Mountain Piedmont PlainÌ«ÐÐɽɽǰƽԭÍÁÈÀÓÐЧˮ¶¯Ì¬·ÖÎö
2.A VEGETATIONAL SURVEY OF VALLEY FORESTS IN THE PEDIMENT PLAIN OF ALTAI DISTRICT OF XINJIANGн®°¢¶û̩ɽǰƽԭºÓ¹ÈÁÖÖ²±»ÀàÐÍ
3.Index System for Irrigation Scheduling of Winter Wheater and Maize in the Piedmont of Mountain TaihangÌ«ÐÐɽɽǰƽԭ¶¬Ð¡ÂóºÍÏÄÓñÃ×¹à¸ÈÖ¸±êÑо¿
4.THE CALCULATING METHOD OF CULTIVATED LAND PROCEEDS REQUISITION-COMPENSATION BALANCE--CASE STUDY OF PLAIN AREA OF TAIHANGSHAN;¸ûµØÊÕÒæÕ¼²¹Æ½ºâ²âËã·½·¨Ñо¿¡ª¡ªÒÔºÓ±±Ê¡Ì«ÐÐÉ½É½Ç°Æ½Ô­ÇøÎªÀý
5.FLORA AND ENVIRONMENTAL FEATURES OF RIVER VALLEY FORESTS IN THE PEDIMENT PLAIN OF ALTAI DISTRICT OF XINJIANGн®°¢¶û̩ɽǰƽԭºÓ¹ÈÁÖµÄÇøÏµ¼°»·¾³ÌØÕ÷
6.Spatial variation simulation of lateral recharge potential of groundwater in piedmont regionsɽǰƽԭµØÏÂË®²àÏò²¹¸øÇ±Á¦¿Õ¼ä±äÒìÄ£Äâ
7.MOISTURE TRANSPORT BY PISTON-TYPE FLOW IN THE PIEDMONT PLAIN ZONEɽǰƽԭ°üÆø´øË®·ÖÔËÒÆ»îÈûÁ÷µÄÑо¿
8.Study on the Calculating Model and Method of Soil Water Resource in Piedmont Plain of Hebei Province;ºÓ±±É½Ç°Æ½Ô­ÍÁÈÀË®×ÊÔ´¼ÆËãÄ£ÐÍÓë·½·¨Ñо¿
9.Quaternary Geological Features of Beijing Piedmont Plain Using 3-D Structural Method±±¾©É½Ç°Æ½Ô­ÇøµÚËÄϵÈýά½á¹¹µ÷²é·½·¨Ñо¿
10.Research on Land Desertification of Beijing Piedmont Plain Area Based on Remote Sensing Technology»ùÓÚRSµÄ±±¾©É½Ç°Æ½Ô­ÇøÍÁµØÉ³»¯Ñо¿
11.Species Diversity and Spatial Heterogeneity of Plant Communities in Piedmont Plain of South Slope of Tianshan MountainsÌìɽÄÏ´ɽǰƽԭֲÎïȺÂäÎïÖÖ¶àÑùÐÔ¼°¿Õ¼ä·ÖÒìÑо¿
12.Ground Water Changing Trends and Agriculture Sustainable Development in Taihang Mountain foot Plain of North ChinaÌ«ÐÐɽɽǰƽԭµØÏÂË®±ä»¯Ç÷ÊÆÓëũҵ³ÖÐø·¢Õ¹
13.On the nitrate-N accumulated characteristics in deep soil layer of winter wheat field in Taihang Piedmont.Ì«ÐÐɽɽǰƽԭ¶¬Ð¡ÂóÌïÉî²ãÍÁÌåÏõ̬µªÀÛ»ýÌØÕ÷Ñо¿
14.The Research on the Production of the Excellent Vegetables and the System of the Industrialization and the Techniques of Necessary Integrated Management on the Plain in Front of the Yan Shan Mountain;Ñàɽɽǰƽԭ¾«×¼Êß²ËÉú²ú¼°²úÒµ»¯ÅäÌ×¼¼ÊõÌåϵÑо¿
15.The Distribution Rule and Genetic Analysis of Fluorion in Piedmont Groundwater System on the West Side of Helan MountainºØÀ¼É½Î÷²àɽǰƽԭµØÏÂˮϵͳÄÚ·úÀë×Ó·Ö²¼¹æÂɼ°³ÉÒò·ÖÎö
16.ISOTOPE COMPONENT CHARACTERISTICS OF GROUNDWATER IN TIANSHAN NORTH PIEDMONT PLAIN AND ITS SIGNIFICANCE ©¤©¤TAKING SANTUN RIVER BASIN PLAIN AS AN EXAMPLEÌìɽ±±Â´É½Ç°Æ½Ô­µØÏÂË®Í¬Î»ËØ×é³ÉÌØÕ÷¼°ÒâÒ塪¡ªÒÔÈýÍͺÓÁ÷ÓòÆ½Ô­ÇøÎªÀý
17.Nitrogen,phosphorus and potassium cycling and balance in farmland ecosystem at the piedmont of Taihang»ª±±Ì«ÐÐɽǰƽԭũÌïÉú̬ϵͳÖеª¡¢Áס¢¼ØÑ­»·ÓëÆ½ºâÑо¿
18.Nitrogen Cycling and Balance in Wheat-maize Rotation Field in Piedmont Plain of MT Taihang in the North China Plain;»ª±±Ì«ÐÐɽǰƽԭ¶¬Ð¡Âó¡ªÏÄÓñÃ×ÂÖ×÷Å©ÌïµªËØÑ­»·ÓëÆ½ºâÑо¿
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piedmont of Taihang MountainÌ«ÐÐɽɽǰƽԭ
1.Analysis of irrigation demands and evapotranspiration in the piedmont of Taihang Mountain;Ì«ÐÐÉ½É½Ç°Æ½Ô­ÇøÕôÉ¢Á¿ºÍ×÷Îï¹à¸ÈÐèË®Á¿µÄ·ÖÎö
3)Yanshan piedmontÑàɽɽǰƽԭ
1.In accordance with the normal,social and economical conditions in Yanshan piedmont,the indictor system was built for a comprehensive benefit evaluation of crop production.ÒÀ¾ÝÑàÉ½É½Ç°Æ½Ô­ÇøµÄ×ÔÈ»¡¢Éç»á¡¢¾­¼ÃÌõ¼þ,½¨Á¢Á˶ԸÃÇø×÷ÎïÖÖÖ²Éú²úÐ§Òæ½øÐÐ×ÛºÏÆÀ¼ÛµÄÖ¸±êÌåϵ,²¢¶ÔĿǰÑàÉ½É½Ç°Æ½Ô­Çø5ÖÖÖ÷ÒªµÄ×÷ÎïÖÖֲģʽ½øÐÐÁËÐ§ÒæµÄ×ۺϷÖÎöºÍÆÀ¼Û¡£
4)Taihang PiedmontÌ«ÐÐɽǰƽԭ
1.System analysis of typical models of eco-agricultural construction in Taihang Piedmont-A case study from Luancheng County of Hebei Province.;Ì«ÐÐɽǰƽԭÉú̬ũҵ½¨ÉèµäÐÍģʽϵͳ·ÖÎö¡ª¡ªÒÔºÓ±±Ê¡èï³ÇÏØÎªÀý
2.Ways for increasing water use efficiency in farmland of Taihang piedmont.;Ì«ÐÐɽǰƽԭũÌï¸ßЧÓÃˮģʽÑо¿
3.Kffect of comprehensive water-saving techniques on winter wheat in Taihang Piedmont.;Ì«ÐÐɽǰƽԭ¶¬Ð¡Âó×ۺϽÚË®¼¼ÊõЧӦ·ÖÎö
5)piedmont plainɽǰ³åºé»ýƽԭ
1.The result of experiments implies that the reserve function of the aquifers from artificial recharge in Taihang piedmont plain of China is related, not only to the reservoir depth of surface water and the time ofwater infiltration but also to the accumulative total volume of water which flows into the reservoir under thecondition of pond infiltration, well injection and channel infiltration.ͨ¹ýʵÑéÑо¿Ì½ÌÖÁËÌ«ÐÐɽǰƽԭµØÏµ÷ÐîÄÜÁ¦,ʵÑéÑо¿±íÃ÷,ÔÚ»ãË®¿ÓÉø¡¢¾®¹àºÍÒýË®ÇþÉøÌõ¼þÏÂ,Ì«ÐÐɽǰ³åºé»ýƽԭµØÏµ÷ÐÄܲ»½öÓëµØ±í»ýË®Éî¶È¡¢ÈëÉøÊ±¼äÓйØ,¶øÇÒ»¹Óë»ãË®×ÜÁ¿µÄ¶àÉÙÓйء£
2.The result of experiments implies that the reserve function of the aquifers with river channels from artificial recharge in Taihang piedmont plain of China is related, not only to the accumulative total volume of water and the time of river runoff but also to the unit volume of water which flows throngh rever channels.ʵÑéÑо¿±íÃ÷ ,ÔÚºÓµÀ¹ýË®¶¯Ë®Ìõ¼þÏ ,Ì«ÐÐɽǰ³åºé»ýƽԭµØÏµ÷ÐÄܲ»½öÓë×ܹýË®Á¿¡¢¹ýˮʱ¼äÓÐ¹Ø ,¶øÇÒ»¹ÓëºÓµÀ¹ýË®Á÷Á¿µÄ´óСÓÐ¹Ø ;ƽ¾ùÿÔö¼Ó 1¸öÁ÷Á¿ ,ÒýÆð¾àºÓµÀ 95m´¦µØÏÂˮλÉÏÉý 0 ¡£
6)Piedmont aggraded valley plainɽǰ³å»ýƽԭ
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