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琉大農 | 論文
- 知能的太陽光植物工場の新展開(4)亜熱帯拠点の課題
- 肥育豚の成長,血液性状及び枝肉格付けへのアルカリイオン水給水の効果に関する研究(生物生産学科)
- P2-4 国頭マージの石灰中和処理が腐植物質の集積に及ぼす影響(ポスター紹介,2.土壌有機・無機化学,2008年度愛知大会)
- ヒルギダマシ (Avicennia marina VIERH.) の飼料化に関する基礎的研究 : ヤギによる給餌試験(生産環境学科)
- イネにおける生殖生長相の品種間差異について : 自然日長と短日処理による違い
- 暖地型マメ科牧草ファジービーン(Macroptilium lathyroides L. Urb.)の茎部および根部におけるアミラーゼ活性および炭水化物舎量の日内変動
- 1-10 暖地型マメ科牧草ファジービーン(Macroptilium lathyroides L. Urb.)の基部および地下部における各種アミラーゼおよび可溶性炭水化物の日内変動
- Analyses of Accumulation of Silica in the Growth of Two Tropical Forages using Simple Equations
- Forage Growth Analysis, Forage Digestion Analysis and Ruminant Growth Analysis as related using Simple Equations
- Accumulation of Digestible Materials with Growth of Forages and Digestion of Forage Dry Matter by in vitro Incubation with Rumen Fluid and Pepsin
- Net Assimilation Rate of Forages and Forage Intake of Ruminants as Related using a Hypothetic Equation Suggested to Growth Analysis of both Forages and Ruminants
- Two Different-Type Equations of Relative Growth Analysis for both Forages and Ruminants and Deriving of them from A Hypothetic Equation
- ファジービーン(Macroptilium lathyroides (L.) Urb.)のサイレージ発酵基質としての可溶性炭水化物組成の特徴
- Use of Complex Number in the Analysis of Increase in Dry Matter Indigestibility with Growth of Forages
- An Application of Growth Analysis Method to Simple Correlation Analysis between Dry Matter Indigestibility and Lignin Content with Growth of a Forage
- Accumulation Rate of Digestible Materials and Formation Rate of Indigestible materials in the Description of Relative Growth Rate of Forages
- Mean Leaf Area of the Canopy for Light Interception by Forages and Mean Retention Time of Feed in the Rumen for Feed Ingestion by Ruminants as Investigated using Simple Models
- A Hypothetic Equation from Which Growth Analysis Equations of Forages and Ruminants are Derived as Special Cases
- Analyses of Accumulation of Crude Protein and Decrease in its Content in the Growth of Chloris gayana Kunth and Desmodium intortum (Mill.) Urb.
- Two Different-Type Equations Analyzing Decrease in Dry Matter Digestibility with Growth of Forages