{"title":"巴纳特和巴<e:1>卡“盐碱地”脱盐过程监测","authors":"B. Žeželj, Z. Hojka, Predrag Dimovski","doi":"10.5937/ZEMBILJ1901045Q","DOIUrl":null,"url":null,"abstract":"It’s well known that the basic condition for halomorfic soils formation is appearance of ascedent saline ground water rising in both, arid-semi arid regions, as well as existence of one season high temperature such as in Vojvodina (“Slatinas” of Banat and Backa). The precioius technological procedures and instruction, relared to selection and choicement of the experimental datas and results, have been implemented in order to verify applied metodes and procedures of halomorphic soils desalinization. The analysed and adopted experimental fields in Banat and Backa were anticipated as the regions of complexive amelioration of Slatinas, extended near by the natural and artificial water resourses (Danube, Sava, Tisa etc.). Evaluations of Pedogenetical process, as well as forming of our soils and the soils where the basic experiments have been established are rather similar. The soils formed by the alluvial deposites after big rivers streams flooding are concerned. Intensive and permanent temperature inconstantation in South East Europe Desalinization of slatinas, Žeželj, et al., ZEMLJISTE I BILJKA, VOL. 68, No. 1, 45-60 46 during the summer months period have a greate influence in moving the climatic characteristics toward the semi arid climatic condition, distinguished by the high air temperature and lack of rainfalls. Conception, methods and technological procedures in Slatinas amelioration have beed applied at the locations of part of Banat and Backa regions halomorphic soils related to two classes, sush as: Solončak (Banat), Solonjec (Bačka). Investigated soils were classified into 3 classes: Class I (salinity range ECo<20 mmhos/cm, with small range of reclamative-amelioration measures), Class II (salinity range 20<ECo<20 mmhos/cm, with medium range measures to be applied), Class III (range bof salinity 40<ECo<40 mmhos/cm at 25 o C, big range of measures and procedures required).","PeriodicalId":33795,"journal":{"name":"Zemljiste i biljka","volume":"1 1","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2019-01-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Monitoring of desalinization procedures of \\\"slatinas\\\" of Banat and Bačka\",\"authors\":\"B. Žeželj, Z. 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The soils formed by the alluvial deposites after big rivers streams flooding are concerned. Intensive and permanent temperature inconstantation in South East Europe Desalinization of slatinas, Žeželj, et al., ZEMLJISTE I BILJKA, VOL. 68, No. 1, 45-60 46 during the summer months period have a greate influence in moving the climatic characteristics toward the semi arid climatic condition, distinguished by the high air temperature and lack of rainfalls. Conception, methods and technological procedures in Slatinas amelioration have beed applied at the locations of part of Banat and Backa regions halomorphic soils related to two classes, sush as: Solončak (Banat), Solonjec (Bačka). 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引用次数: 0
摘要
众所周知,盐化土形成的基本条件是在干旱-半干旱地区均出现上升的含盐地下水上升,以及伏伊伏丁那(巴纳特和巴卡的“斯拉蒂纳斯”)等一季高温的存在。为了验证半胚土壤脱盐的应用方法和程序,实施了与实验数据和结果的选择和选择有关的宝贵的工艺程序和说明。在巴纳特和巴卡分析和采用的试验田预计将作为斯拉蒂纳斯的综合改良区域,在自然和人工水资源(多瑙河、萨瓦河、蒂萨河等)附近扩展。对我国土壤的成土过程和形成的评价与建立了基础实验的土壤相当相似。研究了大江、小流泛滥后冲积沉积物形成的土壤。东南欧洲强烈和持久的温度变化,Žeželj, et al. slatinas的脱盐,ZEMLJISTE I BILJKA, VOL. 68, No. 1, 45-60 46在夏季期间对气候特征向以高气温和少降雨为特征的半干旱气候条件移动有很大影响。在巴纳特和巴卡地区的部分同形土壤,如:solon ak(巴纳特)、Solonjec(巴卡),已经应用了Slatinas改良的概念、方法和技术程序。所调查的土壤分为3类:第一类(盐度范围ECo<20 mmhos/cm,采用小范围的改良措施),第二类(盐度范围20本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monitoring of desalinization procedures of "slatinas" of Banat and Bačka
It’s well known that the basic condition for halomorfic soils formation is appearance of ascedent saline ground water rising in both, arid-semi arid regions, as well as existence of one season high temperature such as in Vojvodina (“Slatinas” of Banat and Backa). The precioius technological procedures and instruction, relared to selection and choicement of the experimental datas and results, have been implemented in order to verify applied metodes and procedures of halomorphic soils desalinization. The analysed and adopted experimental fields in Banat and Backa were anticipated as the regions of complexive amelioration of Slatinas, extended near by the natural and artificial water resourses (Danube, Sava, Tisa etc.). Evaluations of Pedogenetical process, as well as forming of our soils and the soils where the basic experiments have been established are rather similar. The soils formed by the alluvial deposites after big rivers streams flooding are concerned. Intensive and permanent temperature inconstantation in South East Europe Desalinization of slatinas, Žeželj, et al., ZEMLJISTE I BILJKA, VOL. 68, No. 1, 45-60 46 during the summer months period have a greate influence in moving the climatic characteristics toward the semi arid climatic condition, distinguished by the high air temperature and lack of rainfalls. Conception, methods and technological procedures in Slatinas amelioration have beed applied at the locations of part of Banat and Backa regions halomorphic soils related to two classes, sush as: Solončak (Banat), Solonjec (Bačka). Investigated soils were classified into 3 classes: Class I (salinity range ECo<20 mmhos/cm, with small range of reclamative-amelioration measures), Class II (salinity range 20