Effect of K-type and Ca-type artificial zeolites applied to high sodic soil on the growth of plants different in salt tolerance(Plant Nutrition)

スポンサーリンク

概要

• 論文の詳細を見る

• The present study aimed to investigate the effects of K-type and Ca-type artificial zeolites on the growth and water and element absorptions of kidney bean (Phaseolus vulgaris L.), tomato (Lycopersicon esculentum Mill), maize (Zea mays L.) and beet (Beta vulgaris L.) in high sodic soil. Tottori sand dune soil, which was used as a control, was converted to high sodic soil mixed with salts. Each type of zeolite was mixed into the high sodic soil at rates of 0, 1, 2 and 5%. The results showed that kidney bean, tomato and maize died in high sodic soil 25-27 days after transplanting (DAT), whereas beet survived, although its growth was extremely suppressed at 26 DAT. The addition of Ca-type zeolite improved growth in all of the tested plants. Even 4 DAT the growth of beet was improved by recovery of water absorption, and growth of tomato was improved by recovery of Ca and K absorptions and cation balance, and restriction of Na absorption. Growth of kidney bean and maize improved at 11 or 13 DAT by recovery of water absorption and Ca and K absorptions. After 4 DAT, water absorption and P and K absorptions of beet were highly recovered compared with those of the other plants ; beet growth improved to a large degree. The ameliorative effect of 5 % Ca-type zeolite was lower than that of 2 % in tomato, maize and beet because the excessive uptake of Ca restricted P transport from root to shoot, and high electrical conductivity of the soil solution restricted water uptake. Even 1 % K-type zeolite addition suppressed growth of beet at 4 DAT, and the addition of 2 % or 5 % of K-type zeolite suppressed the growth of tomato and maize 11 or 13 DAT. Higher concentrations of HCO^-_3 and CO^<2->_3, and pH of the soil solution of K-type zeolite treatments might inhibit water absorption by roots.

• 社団法人日本土壌肥料学会の論文

著者

• FUJIYAMA HIDEYASU

  Faculty of Agriculture, Tottori University

• Honna Toshimasa

  Faculty of Agriculture, Tottori University

• Yamamoto Sadahiro

  Faculty of Agriculture, Tottori University

• Yamada Mina

  Arid Land Research Center Tottori University

• Honna T

  Faculty Of Agriculture Tottori University

• Honna Toshimasa

  Faculty Of Agriculture Tottori University

• Fujiyama Hideyasu

  Faculty Of Agriculture Tottori University

• Fujiyama Hideyasu

  Department Of Agricultural Chemistry Faculty Of Agriculture Tottori University

• Yamamoto Sadahiro

  Faculty Of Agriculture Tottori University

• Yamada M

  Arid Land Research Center Tottori University

• ENDO Tsuneyoshi

  Faculty of Agriculture, Tottori University

• Fujiyama H

  Faculty Of Agriculture Tottori University

• Uehira(RIKIMARU) Maki

  Faculty of Agriculture, Tottori University

• SASAKI Yoko

  Faculty of Agriculture, Tottori University

• YAMAMOTO Tahei

  Arid Land Research Center, Tottori University

• Uehira Maki

  Faculty of Agriculture, Tottori University

• Uehira Maki

  Faculty Of Agriculture Tottori University

• Yamamoto Tahei

  Arid Land Research Center Tottori University

• Sasaki Yoko

  Faculty Of Agriculture Tottori University

• Endo Tsuneyoshi

  Faculty Of Agriculture Tottori University

関連論文

• Similarity of Bacterial Community Structure between Asian Dust and Its Sources Determined by rRNA Gene-Targeted Approaches
• Microscopic Observation of Charred Plant Fragments Isolated from Several Ando Soil Samples by the Specific Gravity Method
• Soil development and fertility characteristics of inland valleys in the rain forest zone of Nigeria : Physicochemical properties and morphological features(Soil Genesis, Classification and Survey)
• Physicochemical and morphological properties of termite (Macrotermes bellicosus) mounds and surrounding pedons on a toposequence of an inland valley in the southern Guinea savanna zone of Nigeria(Soil Genesis, Classification and Survey)
• Land-use effects on soil macro- and micronutrient status in tropical lowland zone of Bolivia
• Soil Profile Alteration in a Brown Forest Soil under High-Input Tea Cultivation(Agronomy)
• Effect of K-type and Ca-type artificial zeolites applied to high sodic soil on the growth of plants different in salt tolerance(Plant Nutrition)
• Ameliorative Effect of K-type and Ca-Type Artificial Zeolites on the Growth of Beets in Saline and Sodic Soils
• Is Calcium Application Necessary for Crop Cultivation in Guerrero Negro?
• Fertility of Three Major Nutrients of Field Soil in Guerrero Negro
• Iron Oxidizing Mechanisms in Nutrient Solution during Cultivation of Rice Plant
• Relationships between the Varietal Difference of Salinity Tolerance and the Characteristics of Absorption and Translocation of Sodium Ion : IV. Varietal Differences of Salinity Tolerance for Pumpkin
• Studies on Nutrient and Water Management in Sand Dune Soil Cultures
• STUDIES ON IMPROVEMENT OF NUTRIENT AND WATER SUPPLY IN CROP CULTIVATION ON SAND DUNE SOIL : I. Comparison of Irrigation Methods
• Semiquantitative Determination of Imogolite and Al-Rich Allophane (Si / Al ≃ 1 : 2) in Some Volcanic Ash Soils in San'in Region by a Combination of Thermogravimetry-Differential Thermal Analysis and Trimethylsilylation Analysis of Soil Clays
• Influence of Forest Clearing Methods on Nutrient Uptake of Some Tropical Food Crops
• Sedimentation Behavior of Dispersed Particles of Clay and Silt in Acidic and Alkaline Suspensions of Inorganic Materials from Various Volcanic Ash Soils(Soil Chemistry and Mineralogy)
• CHANGES IN CONTENT OF TRACE AND ULTRATRACE ELEMENTS WITH AN INCREASE IN NONCRYSTALLINE MATERIALS IN VOLCANIC ASH SOILS OF JAPAN
• Comprehensive assessment of the clay mineralogical composition of lowland soils in West Africa(Soil Genesis, Classification and Survey)
• Nutrient Solubility as Affected by Organic Amendments under Saline-Sodic Conditions
• Sugar Beet Quality as Influenced by Planting Methods
• Soil physical and micronutrient changes following clearing of a tropical rainforest
• 20-31 The Relationship between Total and Available Heavy Metals in Composted Manure
• 9-49 Nitrogen Nutrition in Salt-Stressed Maize (Zea mays L.)
• Microbial Degradation of Carbonyl Sulfide in Soils
• 20-2 Manuring Effect on Rice Yied and Extractable trace elements in the Soil
• 21-6 An Evaluation of Crop Responses to Different Soils Amended With Livestock Manure : 1. Rice Performance.
• Effect of Gypsum and Polyacrylamide Application on Erodibility of an Acid Kunigami Mahji Soil
• Adequate internal water status of NaCl-salinized rice shoots enhanced selective calcium and potassium absorption(Soil Chemistry and Mineralogy)
• 11-15 Effects of Soil Salinity on Growth and Metal Elements Absorption of Tomato, Asparagus and Bean
• STUDIES ON IMPROVEMENT OF NUTRIENT AND WATER SUPPLY IN CROP CULTIVATION ON SAND DUNE SOIL : 2. Effect Of Fertilizer Placement and Irrigation Method on Growth and Nutrient Uptake of Tomatoes
• 11-8 Nitrate uptake by different plants under Cl and SO4 salinity in relation to water uptake
• Sodium tolerance of plants in relation to ionic balance and the absorption ability of microelements(Plant Nutrition)
• STUDIES ON RESPONSES OF PLANTS GROWN ON SAND DUNE SOIL TO A NUTRIENT SOLUTION APPLIED BY DRIP IRRIGATION : III. Effect of Activity Ratio of Potassium to Calcium and Magnesium in Nutrient Solution on Lettuce Growth
• Difference in Response of Rice and Tomato Subjected to Sodium Salinization to the Addition of Calcium
• STUDIES ON RESPONSES OF PLANTS GROWN ON SAND DUNE SOIL TO A NUTRIENT SOLUTION APPLIED BY DRIP IRRIGATION : I. Relation between Behavior of Nutrients in the Soil and Nutrient Uptake by Tomatoes
• 20-4 Effect of Ca-type Artificial Zeolite on Growth under Saline irrigation in Qatar
• Salt Tolerance of Grain Crops in Relation to Ionic Balance and Ability to Absorb Microelements
• Response of Vegetable Crops to Salinity and Sodicity in Relation to Ionic Balance and Ability to Absorb Microelements
• Mulching, Evaporation, and Salinity Interrelation in an Arid/Semi-arid Environment
• Ameliorative Effect of Potassium on Rice and Tomato Subjected to Sodium Salinization
• Planning for Sustainable Agriculture in Ghana Using Tank Irrigation
• Differences in Short-Term Responses of Rice and Tomato to Sodium Salinization and Supplemental Potassium and Calcium (Plant Nutrition)
• Short-Term Response of Rice and Tomato to NaCl Stress in Relation to Ion Transport
• Importance of Na Content and Water Status for Growth in Na-Salinized Rice and Tomato Plants
• Short-Term Response of Rice and Tomato to NaCl Stress in Relation to Ion Transport (Plant Nutrition)
• Effects of Sea Water Application on Salt Leaching and Plant Rooting in Coastal Area, Oman
• A Simple Procedure to Determine Melanic Index that is Useful for Differentiating Melanic from Fulvic Andisols
• 11-14 Mineral composition of different plant species as affected by salinity (Cl or SO4) and Nitrogen fertilization
• STUDIES ON RESPONSES OF PLANTS GROWN ON SAND DUNE SOIL TO A NUTRIENT SOLUTION APPLIED BY DRIP IRRIGATION : II. Effect of Dynamics of Nutrients in the Soil on Nutrient Uptake by Lettuce
• Adaptive strategy of six native herbaceous species growing over the whole region of Mt. Daisen : characteristics of N, P, K, Ca, and Mg accumulation in leaves(Plant nutrition)
• Comparison of ionic concentration, organic solute accumulation and osmotic adaptation in Kentucky bluegrass and Tall fescue under NaCl stress(Plant nutrition)

もっと見る 閉じる

スポンサーリンク