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Agriculture Communications
出版商:Elsevier · ISSN:2949-7981 · 类型:journal · OA 开放获取
研究主题:Plant Molecular Biology Research · Genetic Mapping and Diversity in Plants and Animals · Smart Agriculture and AI · Spectroscopy and Chemometric Analyses · Insect Pest Control Strategies
数据覆盖:6 个公开学术数据源交叉核验(crossref、doaj、jcr、openalex、scimago、cwts)。
数据来源与实体核验
核心指标
- 影响因子(JCR 2025):11.900
- JCR 分区:Q1(AGRICULTURE, MULTIDISCIPLINARY)
- SJR:1.96(Q1),2025 年,Netherlands
- CWTS 2025:SNIP 2.845 · IPP 11.024 · 自引率 0.0%
- h-index:16
- i10 指数:30
- 近两年篇均被引:7.16
- 载文量 108 · 总被引 941
- Crossref DOI 总量:109,近期 95
逐年趋势
- 近年 SJR:2024 0.553(Q2) → 2025 1.96(Q1)
投稿参考
- DOAJ 收录的开放获取期刊,收取文章处理费(APC)
同学科期刊推荐
- Artificial Intelligence in Agriculture — IF 16.1 · JCR Q1 · 中科院1区(Top)
- Computers and Electronics in Agriculture — IF 10.3 · JCR Q1 · 中科院1区(Top)
- Farming System — IF 9.3 · JCR Q1
- Advanced Agrochem — IF 9.2 · JCR Q1
- Information Processing in Agriculture — IF 8.9 · JCR Q1 · 中科院1区(Top)
- Agriculture Ecosystems & Environment — IF 7.7 · JCR Q1 · 中科院1区(Top)
- Precision Agriculture — IF 7.6 · JCR Q1 · 中科院2区
- Journal of Agriculture and Food Research — IF 7.2 · JCR Q1 · 中科院2区(Top)
常见问题
《Agriculture Communications》的影响因子是多少?
根据 JCR 2025 年数据,《Agriculture Communications》的最新影响因子(IF)为 11.900。
《Agriculture Communications》是几区期刊?
《Agriculture Communications》JCR 分区为 Q1。
《Agriculture Communications》是开放获取(OA)期刊吗?
是,《Agriculture Communications》是开放获取(Open Access)期刊,已被 DOAJ 收录,发表需支付文章处理费(APC)。
《Agriculture Communications》收版面费吗?
根据 DOAJ 收录信息,《Agriculture Communications》收取文章处理费(APC),具体金额请以期刊官网为准。
本刊近期代表论文
- Transcriptome analysis provides preliminary insights into the response of Sepia esculenta to high salinity stress (2024 · 被引 40)
- Enhancing field soil moisture content monitoring using laboratory-based soil spectral measurements and radiative transfer models (2024 · 被引 19)
- Effects of different water management strategies on critical nitrogen concentration dilution curves, nitrogen accumulation, and grain yield in winter wheat (2024 · 被引 19)
- Integration of a parameter combination discriminator improves the accuracy of chlorophyll inversion from spectral imaging of rice (2024 · 被引 11)
- Integrated omics profiles for exploring the potential mechanism underlying aroma formation in the terpenoid-rich aromatic plant Opisthopappus taihangensis and the bioactivity of its leaf essential oil (2024 · 被引 9)
- Model for prediction of pesticide residues in soybean oil using partial least squares regression with molecular descriptors (2024 · 被引 7)