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Validation of Field-Derived 3D Canopy Reconstruction for Estimating Light Profiles in Soybean Intercropping

変異原処理によるイネ子実デンプン形質の改変

Modification of Starch Properties in Rice Grains through Mutagenic Treatment

ソバ主要アレルゲン2Sアルブミンと13Sグロブリンの低アレルゲン化に関する研究

Research on the main allergens of buckwheat 2S albumin and 13S globulin

多収ダイズ品種“そらシリーズ”の物質生産特性の解明

Biomass production analysis of high-yielding soybean cultivars

Evaluation of Rice CSSLs in Ratoon Cropping Utilizing Remote Sensing

Development of Interpretable Machine Learning Model to Estimate Rice Growth and Yield under Environmental Stress

Analysis of Wheat Blast Occurrence in Paraguay Using Satellite Data

群落気象推定モデルと不稔発生プロセスの統合による温暖化・高湿度環境下のイネ収量予測の精密化

Improving Rice Yield Prediction under Warming and High-Humidity Conditions through Integration of a Canopy Micrometeorology Model and a Sterility Process

UAV空撮を活用した乾燥ストレス下における水稲系統の生育・収量評価手法の検証と育種への応用

Evaluation of rice growth and yield under drought stress and application to breeding by utilizing UAV

イネの日米品種交雑後代を用いた高光合成系統の選抜と要因解析

Selection of High Photosynthetic Lines and Analysis of Contributing Factors Using Progenies from Crosses between Japanese and U.S. Rice Varieties

Identification of genetic factors for reduced grain chalkiness in rice

ダイズ多収品種群“そらシリーズ”の群落構造および受光態勢の評価

Evaluation of Canopy Structure and Light-Interception Characteristics in High-Yielding Soybean Cultivars "Sora Series"

3Dデータ解析によるダイズ植物体の構造が倒伏耐性に与える影響の評価

Evaluation of the Impact of Soybean Plant Architecture on Lodging Resistance Using 3D Data Analysis

暖地帯における水稲再生二期作の収量決定要因の解明

Analyzation of yield determining factors of ratoon rice in temperate areas

乾燥下において高い光合成能力をもたらす要因の水分生理学的解析

Hydrophysiological analysis of factors leading to high photosynthetic capacity under dry conditions

イネ高温感受性突然変異体flo11-2を用いた白未熟化低減遺伝子の探索

Searching for chalkiness reducing genes in rice, using temperature-sensitive conditional mutant flo11-2

無施肥無農薬稲作における持続的生産を可能にする要因の解明

Elucidation of the factors that enable sustainable production in fertilization-free and pesticide-free rice cultivation