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Hokkaido National Agricultural Experiment Station | 論文
- TOTAL ANALYSIS OF MAJOR CONSTITUENTS IN SOILS BY X-RAY EMISSION SPECTROMETRY WITH A GLASS BEADS TECHNIQUE
- Prediction of Bread-Making Quality by Prolonged Swelling SDS-Sedimentation Test
- Effects of Previous Crops on Arbuscular Mycorrhizal Formation and Growth of Maize under Various Soil Moisture Conditions
- Nonstructural Carbohydrate Reserves in Roots and the Ability of Temperate Perennial Grasses to Overwinter in Early Growth Stages
- Fructan metabolism associated with freezing tolerance of wheat exposed to subzero temperature
- Method for assessing resistance of wheat to speckled snow mold (Typhula ishikariensis) under controlled conditions
- PARTIALLY PURIFICATION AND CHARACTERIZATION OF ARABINOGALACTAN-PROTEINS FROM RICE PANICLES
- Characterization of cDNA clones of wheat chitinase induced during hardening
- STUDIES ON SOIL SOLUTION WITH REFERENCE TO NUTRIENT AVAILABILITY : I. Effect of Various Potassium Fertilizer on Its Behavior in the Soil Solution
- Male Sterility in Sugar Beet Induced by Cooling Treatment and its Application to Cross-pollination for Breeding
- Analysis of restriction fragment length polymorphism of Japanese sugar beet lines with incomplete monogermity
- Microbial, Physical, and Chemical Factors Causing Higher Gross Rate and Lower Net Rate of Nitrogen Mineralization in Volcanic Ash Soils than in Alluvial Soils in the Tokachi District (Soil Fertility)
- Studies on Nitrogen Mineralization Properties of Tokachi Soils by Kinetic Analysis
- Microbial, Physical, and Chemical Factors Causing Higher Gross Rate and Lower Net Rate of Nitrogen Mineralization in Volcanic Ash Soils than in Alluvial Soils in the Tokachi District
- Estimation of Available Moisture Holding Capacity of Upland Soils Using Landsat TM Data
- Depressed Gross Mineralization and Immobilization of Nitrogen and Changes in Microbial Population in Soil after Heat Treatment
- アルファルファ選抜個体の組合せ能力の評価
- 混播草地から採集したアルファルファ集団の形質変化 : 莢の螺旋状態の変化について
- THE PRIMARY AND AUXILIARY AMBROSIA FUNGI ISOLATED FROM THE AMBROSIA BEETLES, SCOLYTOPLATYPUS SHOGUN BLANDFORD (COLEOPTERA SCOLYTIDAE) AND CROSSOTARSUS NIPONICUS BLANDFORD(COLEOPTERA PLATYPODIDAE)
- 札幌における働き蜂の寿命の季節的変化とその影響要因〔英文〕