Projects
(Principal Investigator)



Results 1-35 of 35 (Search time: 0.011 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2025水田土壤遺留磷之物種型態、有效性和有效利用之探討SHAN-LI WANGNational Science and Technology Council
2024水田土壤遺留磷之物種型態、有效性和有效利用之探討SHAN-LI WANGNational Science and Technology Council
2023水田土壤遺留磷之物種型態、有效性和有效利用之探討SHAN-LI WANGNational Science and Technology Council
2023發展土壤碳匯量測方法及建立本土示範計畫-以安康農場為例SHAN-LI WANGCouncil of Agriculture, Executive Yuan
2023高等教育深耕計畫-核心研究群計畫【再生農法生產模式於水稻及狼尾草栽培之土壤團粒穩定性和碳型態之研究】SHAN-LI WANGHigher Education Sprout Project
2023以同步輻射X光吸收光譜法探討受重金屬污染農地土壤之物種分布及轉變(3/3)SHAN-LI WANGNational Environmental Research Academy
2022高等教育深耕計畫-核心研究群計畫【再生農法生產模式於水稻及狼尾草栽培之土壤團粒穩定性和碳型態之研究】SHAN-LI WANGHigher Education Sprout Project
2022以同步輻射X光吸收光譜法探討受重金屬污染農地土壤之物種分布及轉變 (2/4)SHAN-LI WANGEnvironmental analysis, EPA
2019新興金屬污染物鎵、銦和鉈之土壤吸附反應機制與氧化還原移動性SHAN-LI WANGNational Science and Technology Council
2019生質炭對水田土壤化學之作用機制 - 氮、磷、鐵循環SHAN-LI WANGNational Science and Technology Council
2019利用禽畜糞生產緩釋放型磷肥之技術開發計畫SHAN-LI WANGCouncil of Agriculture, Executive Yuan
2019高等教育深耕計畫-核心研究群計畫 【水稻根域土壤中新興污染元素的轉變與傳輸】SHAN-LI WANGHigher Education Sprout Project
2018新興金屬污染物鎵、銦和鉈之土壤吸附反應機制與氧化還原移動性SHAN-LI WANGNational Science and Technology Council
2018生質炭對水田土壤化學之作用機制 - 氮、磷、鐵循環SHAN-LI WANGNational Science and Technology Council
2018開發雷射剝蝕感應耦合電漿質譜法應用於土壤及植物體中重金屬之傳輸研究(3/3)SHAN-LI WANGEnvironmental analysis, EPA
2018利用禽畜糞生產緩釋放型磷肥之技術開發計畫SHAN-LI WANGCouncil of Agriculture, Executive Yuan
2017新興金屬污染物鎵、銦和鉈之土壤吸附反應機制與氧化還原移動性SHAN-LI WANGNational Science and Technology Council
2017生質炭對水田土壤化學之作用機制 - 氮、磷、鐵循環SHAN-LI WANGNational Science and Technology Council
2017開發雷射剝蝕感應耦合電漿質譜法應用於土壤及植物體中重金屬之傳輸研究(2/3)SHAN-LI WANGEnvironmental analysis, EPA
2017開發畜產廢棄物處理與資源化技術研究 - 以雞糞生物炭做為農地和苗圃土壤改良劑之技術發展和效益分析SHAN-LI WANGCouncil of Agriculture, Executive Yuan
2016重金屬耐受植物之砷和鎘吸收機制SHAN-LI WANGNational Science and Technology Council
2016開發雷射剝蝕感應耦合電漿質譜法應用於土壤及植物體中重金屬之傳輸研究(1/3)SHAN-LI WANGEnvironmental analysis, EPA
2016開發畜產廢棄物處理與資源化技術研究 - 利用雞糞生物炭改良農地和苗圃栽培土壤之技術SHAN-LI WANGCouncil of Agriculture, Executive Yuan
2016發展安全及高品質之多元水稻品種及維護環境生產模式 - 利用水庫淤泥研發水稻育苗栽培介質SHAN-LI WANGAgriculture and Food Agency, COA
2015Adaption of plants to the stress of Fe and P deficiencies in soil-functional implication of plant root exudatesSHAN-LI WANGMinistry of Education
2015重金屬耐受植物之砷和鎘吸收機制SHAN-LI WANGNational Science and Technology Council
2015開發畜產廢棄物處理與資源化技術研究-利用雞糞生物炭改良農地和苗圃栽培土壤之技術(2/2)SHAN-LI WANGCouncil of Agriculture, Executive Yuan
2014Adaption of plants to the stress of Fe and P deficiencies in soil-functional implication of plant root exudatesSHAN-LI WANGMinistry of Education
2014重金屬耐受植物之砷和鎘吸收機制SHAN-LI WANGNational Science and Technology Council
2014桂冠型研究計畫【水稻根圈土壤鐵化學之探討】SHAN-LI WANGMinistry of Education
2014開發畜產廢棄物處理與資源化技術研究-利用雞糞生物炭改良農地和苗團栽培土壤之技術SHAN-LI WANGCouncil of Agriculture, Executive Yuan
2013水稻根圈土壤鐵化學之探討(3/3)SHAN-LI WANGNational Science and Technology Council
2013桂冠型研究計畫【水稻根圈土壤鐵化學之探討】SHAN-LI WANGMinistry of Education
2012水稻根圈土壤鐵化學之探討(2/3)SHAN-LI WANGNational Science and Technology Council
2012桂冠型研究計畫【水稻根圈土壤鐵化學之探討】SHAN-LI WANGMinistry of Education