“意得辑”主要为英文非母语的科研作者提供英文润色、学术翻译、SCI/EI/SSCI发表指导等服务。意得辑拥有2000多名具有专业学科背景的资深英文母语编辑、 翻译、发表专家团队。

意得辑与地学之家合作以来，致力于为地学用户提供专享优惠：使用优惠代码"GHOAL85"下单，标准润色、优质润色、SCI论文翻译、科学深度编辑服务、SCI发表套餐全场享受85折特惠。点击了解详情

Geophysical Research Letters-25篇

Journal of Geophysical Research: Solid Earth-12篇

Dynamics of Fluid‐Driven Slip on a 3D Heterogeneous Fault With Rate‐and‐State Friction

三维非均匀断层中带速率-状态摩擦的流体驱动滑移动力学

Journal of Geophysical Research: Solid Earth

——

Impact of the Western Vortex on Springtime Snow Cover Over the Western

西部西藏涡旋对春季西藏高原西部积雪的影响

Geophysical Research Letters

——

Unraveling the Complex Features of the Seismic Scatterers in the Mid‐Lower Mantle Through Phase Transition of (Al, H)‐Bearing Stishovite

通过(铝,氢)含斯石英相变揭示中下地幔地震散射体的复杂特征

Geophysical Research Letters

——

Decreased Deep Water Oxygenation in the Western North Pacific During the Plio‐Pleistocene Transition

上新世—更新世过渡期间西太平洋北部深层水含氧量下降

Geophysical Research Letters

——

Reanalysis‐Based Global Radiative Response to Sea Surface Temperature Patterns: Evaluating the Ai2 Climate Emulator

基于再分析的海表温度型态全球辐射响应：评估Ai2气候模拟器

Geophysical Research Letters

——

Apulia–Microplate Motion Change Following the MW 6.4, 26 November 2019 Durrës, Albania Earthquake

2019年11月26日阿尔巴尼亚都拉斯MW6.4地震后亚得里亚—微板块运动变化

Journal of Geophysical Research: Solid Earth

——

Hydrodynamics of Fault Gouges From Constitutive Modelling to the Physics of Friction

从本构建模到摩擦物理的断层泥水动力学

Journal of Geophysical Research: Solid Earth

——

Illuminating Structural Variability of the East Aleutian Plate Interface From Local and Teleseismic P‐ o‐S Converted Waves

利用区域和远震P-S转换波揭示阿留申板块东段界面结构变化

Journal of Geophysical Research: Solid Earth

——

Insights Into Seismicity Associated With Flexibly Operating Enhanced Geothermal System From Real‐Time Distributed Acoustic Sensing

基于实时分布式声学传感解析灵活运行增强型地热系统相关地震活动

Journal of Geophysical Research: Solid Earth

——

An Ensemble Deep Learning‐Based Acoustic Emission Picking Model Reveals Migratory Foreshocks on Large‐Scale Laboratory Fault

集成深度学习声发射拾取模型揭示大规模实验断层上的迁移前震

Journal of Geophysical Research: Solid Earth

——

Revised Oceanic Plate Cooling Models

修正洋壳板块冷却模型

Journal of Geophysical Research: Solid Earth

——

Unique Seasonality of Equatorial Undercurrent Associated With Annual and Semiannual Resonances in the Indian Ocean

与印度洋年周期和半年周期共振相关的赤道潜流独特季节性

Geophysical Research Letters

——

Terrestrial Groundwater Drives Coastal Ecosystem Shifts

陆源地下水驱动海岸生态系统转变

Geophysical Research Letters

——

Strike‐Slip Versus Extensional Tectonics at the Oceanographer Transform Fault, Mid‐Atlantic Ridge at 35°N

大西洋中脊35°N处海洋学家转换断层的走滑与伸展构造对比

Journal of Geophysical Research: Solid Earth

——

Ultralow Velocity Zones at the Core‐Mantle Boundary Near the Caroline Hotspot

卡罗琳热点附近核幔边界的超低速度带

Journal of Geophysical Research: Solid Earth

——

New Insights Into Western Antarctic Peninsula Magmatism From Joint Inversion of UAV Magnetic and Gravity Data

卡罗琳热点附近核幔边界的超低速度带

Journal of Geophysical Research: Solid Earth

——

Polarimetric Radio Occultation Forward Scattering Sensitivity to Hydrometeor Habit

极化掩星前向散射对水凝物形态的敏感性

Geophysical Research Letters

——

Observed Meso‐Gamma Scale Variability of Air‐Sea Sensible Heat Flux in a Coastal Region

观测到的海岸区域中γ尺度海气动热通量变化

Geophysical Research Letters

——

Can Arctic Sea Ice Melting Lead to More Summertime Heat Extremes?

北极海冰融化会导致夏季极端高温增多吗？

Geophysical Research Letters

——

Connecting Plateau Snow Change With Arctic Sea‐Ice

西藏高原积雪变化与北极海冰的联系

Geophysical Research Letters

——

Spectrally Transformed Hydroclimatic Covariates Improve Seasonal Flood Forecasting

光谱变换的水文气候协变量提升季节性洪水预报

Geophysical Research Letters

——

Explaining Observed Daily Variations and Decadal Trends in the Diurnal Air Temperature Range

解释观测到的日气温日较差日变化及年代际趋势

Geophysical Research Letters

——

Long‐Term Radiogenic Heating by Abortively Erupted Basalts Triggers 120 Ma Lunar Volcanism

长期放射性热由夭折喷发的玄武岩触发1.2亿年前月球火山活动

Geophysical Research Letters

——

Temporal and Spatial Scale Dependency of Air‐Sea Interactions via the Vertical Mixing Mechanism

垂直混合机制下海气相互作用的时间-空间尺度依赖

Geophysical Research Letters

——

A Stockwell‐Bessel Transform Based Method for Extracting Broadband Dispersion Curve From Seismic Ambient Noise Data

基于Stockwell-Bessel变换从地震背景噪声数据提取宽频散曲线方法

Journal of Geophysical Research: Solid Earth

——

3D Model of the Shallow Crustal Density Distribution of the Krafla Volcanic System in Iceland

冰岛克拉夫拉火山系统浅部地壳密度三维模型

Journal of Geophysical Research: Solid Earth

——

Skillful Seasonal Forecasting of Spatiotemporal Rainfall Anomalies Over High Mountain Asia

亚洲高山区时空降雨异常的季节性精准预报

Geophysical Research Letters

——

The Characteristics of Energetic Electron Precipitation Based on Low Altitude FY‐3E Satellite Measurements

基于FY-3E低轨卫星测量的高能电子沉降特征

Geophysical Research Letters

——

Large Surface‐Rupturing Earthquakes and a >12 kyr, Open Interseismic Interval on the Tintina Fault, Yukon

育空Tintina断层上的大震地表破裂与超过1.2万年开放震间期

Geophysical Research Letters

——

Observing the Diurnal Variations of Ozone‐NOx‐VOC Chemistry Over the U.S. From the Geostationary TEMPO Instrument

利用静止轨道TEMPO仪器观测美国臭氧-NOx-VOC化学的日变化

Geophysical Research Letters

——

Global Mean Sea Level Changes to ENSO‐Related Regional Land Water Storage

全球平均海平面变化对ENSO相关区域陆地水储量的响应

Geophysical Research Letters

——

SWOT Reveals Detailed Dynamics of Longitudinal River Slope in the Missouri River Basin

SWOT揭示密苏里河流域纵向河道坡度的精细动态

Geophysical Research Letters

——

Projected Response of Santa Ana Winds Over Southern California to Global Warming by a High‐Resolution Climate Model

高分辨率气候模式预估南加州圣安娜风对全球变暖的响应

Geophysical Research Letters

——

Interhemispheric Monsoon Response to Bipolar Forcing During Heinrich Stadial 4

Heinrich Stadial 4期间双极强迫下的半球间季风响应

Geophysical Research Letters

——

Modeled Centennial Ocean Warming in the Amundsen Sea Driven by Thermodynamic Atmospheric Changes, Not Winds

阿蒙森海百年尺度海洋变暖由大气热力变化驱动而非风驱动

Geophysical Research Letters

——

A Predictive Model of the Position of Plasmapause Based on Lunar Phase and Deep Learning Framework

基于月相和深度学习框架的等离子体层顶位置预测模型

Geophysical Research Letters

——

Turbulent Mixing in the Upper Arctic Ocean Energized by Interactions of Tidally‐Forced Waves With Mesoscale Shear

潮汐强迫波与中尺度剪切相互作用激化的北极上层海洋湍流混合

Geophysical Research Letters

——

转载本文请联系原作者获取授权，同时请注明本文来自谭亲平科学网博客。

链接地址：https://wap.sciencenet.cn/blog-3393455-1494394.html?mobile=1

收藏

分享