logo
科言猫学术研究的AI总结
language
手机端手机端
  • Phone Feature微信小程序
简体中文简体中文
notice消息通知
博客博客
arrow
返回期刊详情
G

Global Change Biology Bioenergy

IF4.1
论文数1352
被引数5078
期刊论文 1352
发表时间
delete
Optimizing Straw Return Practices to Improve Soil Properties and Crop Yield in Saline‐Alkali Soils: A Global Meta‐Analysis Coupled With Machine Learning优化秸秆还田措施以改善盐碱土壤的土壤性质和作物产量：一项结合机器学习的全球荟萃分析
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-10-08
delete0
PREAI
deleteShihan Lv; Xiaofang Wang; Yingshan Chen; Yan Sha; Mo Li; Aizheng Yang
delete分享
delete收藏
Exploring the Potential of Macauba Biomass: A Bibliometric Approach to Biofuels and Other Byproducts探索马卡乌巴生物质潜力：一种基于生物燃料和其他副产品的文献计量方法
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-10-05
delete0
deleteOAAI
deleteBruna Araújo de Sousa; Jean Constantino Gomes da Silva; Maria Paula Cardeal Volpi; Gustavo Mockaitis
delete分享
delete收藏
Recent Advances in Biogas Production and Upgrading Technologies for Sustainable Energy Systems可持续能源系统中生物气生产与升级技术的最新进展
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-10-01
delete0
deleteOAAI
deleteTemechew Dessie; Kassa Wudineh Liyew; Eshetu Getahun
delete分享
delete收藏
Resource Recovery From Food Processing Wastewater Through Microalgae-Driven Carbon Chain Rearrangement通过微藻驱动的碳链重排从食品加工废水中回收资源
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-30
delete0
deleteOAAI
deleteGuanghong Luo; Shoukai Guo; Yu Xie; Liqin Sun; Ashiwin Vadiveloo; Zhongliang Sun
delete分享
delete收藏
Impacts of Pasture Conversion to Sugarcane on Water Fluxes and Water Use Efficiency in the Southeastern US东南美国牧场改种甘蔗对水通量和水分利用效率的影响
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-30
delete0
deleteOAAI
deleteSneha Bandyopadhyay; Elena Blanc-Betes; Cole Walton; Tess Rutstein; Carl J. Bernacchi; Evan H. DeLucia; Elizabeth H. Boughton; Amartya Saha; Wendy H. Yang; Caitlin E. Moore; Nuria Gomez-Casanovas
delete分享
delete收藏
Insights Into Soil Health in Sugarcane From a Bibliometric Analysis: Brazil's Scientific Contribution to the World甘蔗土壤健康的文献计量分析研究：巴西对世界的科学贡献
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-30
delete0
deleteOAAI
deleteLucas Jónatan Rodrigues da Silva; Miriam Büchler Tarumoto; Oziel Cereja Neves; Lilybeth Namie Tomita; Douglas Gonçalves Saraiva; Dirceu de Mattos Junior; Claudia Barros Monteiro-Vitorello; Márcio R. Nunes; João de Andrade Bonetti; Carlos Alexandre Costa Crusciol
delete分享
delete收藏
Comprehensive Review on Green Transformation of Organic Waste Into Bioenergy Using Microbial Enzymes: Advances, Challenges, and Future Strategies微生物酶催化有机废弃物绿色转化为生物能源的综合综述：进展、挑战与未来策略
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-30
delete0
deleteOAAI
deleteDivya Divakaran; Indran Suyambulingam; Ananth Selvan; Nadir Ayrilmis; P. Merlin Christy; M. Gomathi; P. Senthamaraikannan
delete分享
delete收藏
AI-Driven Strategies for Automated Microalgae Production Systems: Enhancing Yield, Efficiency, and Commercial Viability人工智能驱动的自动化微藻生产系统策略：提高产量、效率和商业可行性
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-30
delete0
deleteOAAI
deleteAngela Paul Peter; Wan Adibah Wan Mahari; Sharoen Yu Ming Lim; Abdirahman Yasin Ibrahim; Revathy Sankaran; Kalaimani Markandan; Theeba Rajasegran
delete分享
delete收藏
Energy Crop Cultivation of Miscanthus × giganteus on Biochar-Amended Marginal Soils With Conventional and Waste-Derived Fertilization: Biomass Allocation and Nutrient Dynamics Toward Closing Nutrient Loops在施用常规肥料和废弃物衍生肥料的生物炭改良边际土壤上种植芒属植物Miscanthus × giganteus的能量作物栽培：生物量分配和养分动态朝向闭合养分循环
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-30
delete0
deleteOAAI
deleteNicole Nawrot; Joanna Strycharz; Muhammad Mohsin; Suvi Kuittinen; Karolina Matej-Łukowicz; Jacek Kluska; Ari Pappinen; Emil Jespersen; Carlos A. Arias; Jarosław Borowiak; Katarzyna Tarasewicz; Ewa Wojciechowska
delete分享
delete收藏
Elucidating the Mechanisms of N2O and CH4 Retention via Biochars Opens a New Direction in the Development of Fertilizers With Better Environmental Performance通过阐明生物炭对N2O和CH4的固定机制，为开发具有更好环境性能的肥料开辟了新方向
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-25
delete0
deleteOAAI
deleteBabak Minofar; Simon Weldon; Alice Budai; Beata Gavurova; Lukáš Trakal; Daniel Rasse; Anna Maroušková; Josef Marousek
delete分享
delete收藏
Long-Term Effects of Biochar Addition on Diameter Growth in Young Established Boreal Scots Pine Stands生物炭添加对年轻成熟 boreal region 落叶松林分直径生长的长期影响
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-21
delete0
deleteOAAI
deleteRonja Rounas; Annamari Laurén; Jukka Pumpanen; Marjo Palviainen
delete分享
delete收藏
Genetic Mapping for Winter-Hardiness in a Miscanthus sacchariflorus × M. sinensis (Hardy × Non-Hardy) F2 Population在 Miscanthus sacchariflorus × M. sinensis（抗寒 × 非抗寒）F₂ 群体中抗寒性的遗传作图
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-11
delete0
deleteOAAI
deleteXuying Zheng; Nick Labonte; Hongxu Dong; Shailendra Sharma; Katarzyna Glowacka; Lindsay V. Clark; John A. Juvik; Dessireé Zerpa-Catanho; Erik J. Sacks
delete分享
delete收藏
Forecasting and Explaining Ethanol Price Through Shapley Additive Explanations: Evidence From Two Decades of Panel Agroeconomic Data in Brazil通过Shapley加性解释预测和解释乙醇价格：来自巴西二十年面板农业经济数据的证据
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-10
delete0
deleteOAAI
deleteMarilaine Colnago; Lucas A. B. de Matos; José Nuno Fidalgo; Rogério G. Negri; Wallace Casaca
delete分享
delete收藏
The Consequential Climate Impact of Bioenergy and Wood Products: A New Framework for the Assessment of Biogenic Carbon生物质能和木材产品的气候影响后果：一种生物碳评估的新框架
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-02
delete0
deleteOAAI
deleteStefan Füchsl; Hubert Röder
delete分享
delete收藏
Effects of Biochar and Nitrogen-Enriched Biochar on Tree Growth in Scots Pine Stands生物炭和富氮生物炭对苏格兰松林分树木生长的影响
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-02
delete0
deleteOAAI
deleteKjersti Holt Hanssen; Jogeir Stokland; Rasmus Astrup
delete分享
delete收藏
Highly Thermally Stable and Efficient Ru/MAFO Catalysts for Glucose Hydrogenolysis to 1,2-Propylene Glycol高度热稳定且高效的Ru/MAFO催化剂用于葡萄糖加氢裂解制1,2-丙二醇
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-09-02
delete0
deleteOAAI
deleteQingsong Wang; Xin Wang; Yunkai Zhou; Wenjia Li; Jia Wang; Dongbing Li
delete分享
delete收藏
Transgenic Mixed-Linkage-Glucan Enhancement Affects Root Characteristics and Decomposition in Soils of Contrasting Vegetation History转基因混合连接葡聚糖增强影响具有不同植被历史的土壤中的根系特征和分解
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-08-29
delete0
deleteOAAI
deleteMajid Mahmoodabadi; Sang-Jin Kim; Poulamee Chakraborty; Andrey Guber; Alexandra Kravchenko; Federica Brandizzi
delete分享
delete收藏
Illusions of Accuracy: Widespread Data Leakage Distorts Machine Learning Results in Biochar Research准确性幻觉：广泛的数据泄露扭曲了生物炭研究中的机器学习结果
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-08-28
delete0
deleteOAAI
deleteHo Jun Jang; Wartini Ng; Songchao Chen; Raj Setia; Budiman Minasny
delete分享
delete收藏
Applying Biochar With Fertilisers Decreases Nitrogen and Phosphorus Leaching and Improves Phosphorus Availability: A Meta-Analysis施用生物炭与肥料可降低氮磷淋溶并提高磷有效性：一项荟萃分析
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-08-20
delete0
deleteOAAI
deleteLakmini Dissanayake; Negar Omidvar; Michael B. Farrar; Stephen Joseph; Lei Guo; Frédérique Reverchon; Marta Gallart; Edith Kichamu-Wachira; Bushra Muqaddas; Shahla Hosseini Bai
delete分享
delete收藏
Genetics of Flooding Tolerance in an F2 Miscanthus sacchariflorus ssp. lutarioriparius × M. sinensis Population芦竹（Miscanthus sacchariflorus ssp. lutarioriparius）与芒（M. sinensis）F2群体的耐淹性遗传学
deleteGlobal Change Biology Bioenergy
IF4.1
delete2026-08-19
delete0
deleteOAAI
deleteD. Zerpa-Catanho; L. Xiao; N. LaBonte; Y. Yoshinaga; M. Blow; K. Barry; X. Kuang; E. Cebert; T. Mitros; D. Rokhsar; K. Swaminathan; E. J. Sacks
delete分享
delete收藏