Old orogen–young topography: lithological contrasts controlling erosion and relief formation in the Bohemian Massif by J. Robl, F. Dremel, K. Stüwe, S. Hergarten, C. von Hagke, D. Fabel

“…The repeated emergence of such bedrock barriers reduces the erosion rate during topographic adjustment and governs the evolution of elevated low-relief surfaces at different elevation levels. The resulting stepped landscape requires neither spatial nor temporal changes in uplift rate but can form by erodibility contrasts under uniform uplift conditions.…”
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Short Communication: Numerically simulated time to steady state is not a reliable measure of landscape response time by N. M. Gasparini, A. M. Forte, K. R. Barnhart, K. R. Barnhart, K. R. Barnhart

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Spatiotemporal denudation rates of the Swabian Alb escarpment (southwestern Germany) dominated by anthropogenic impact, lithology, and base-level lowering by M. Schaller, M. Schaller, D. Peifer, A. B. Neely, T. Bernard, C. Glotzbach, A. R. Beer, T. A. Ehlers

“…These two drainage systems are subjected to similar uplift rates and climate and biotic conditions but contain different lithologies, base levels, and topography. …”
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A Numerical Investigation of the Deformation Mechanism of a Large Metro Station Foundation Pit under the Influence of Hydromechanical Processes by Yan Wang, Yongjun Zhang, Mingfei Li, Yi Qi, Tianhui Ma

“…By selecting the Anshan road station of Qingdao subway line 4 as the engineering background, various parameters related to foundation pit excavation affected by heavy rainfall at different excavation depths were analyzed. The study found that after the foundation pit was excavated, the surrounding pore water pressure decreased and the pore water pressure near the ground surface increased rapidly due to rainfall. …”
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Research on the Initial Launching Technology of Subway Shield Tunneling in Complex Terrain and Numerical Simulation of Soil Deformation by Jiangka Wang, Hui Li, Xujie Li, Xingzhong Nong, Chen Liu, Tao Yang

“…Specifically, the maximum settlement and maximum uplift are 0.782 mm and 1.87 mm respectively, which represent a reduction of 1.548 mm in the maximum surface settlement, and 0.16 mm in the maximum uplift compared with the unreinforced soil layer. …”
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The Evaluation of Tectonic Activity in Eshtehard Plain Basin with Interferometry by Farrin Nayebzadeh, Aghil Madadi, Ghasem Azizi

“…However, the rate of uplift in west and northwest of basin is greater than eastern and southern parts. …”
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Early identification on failure mode of loess landslide: insight from case study and physical model experiment by Ran Li, Ran Li, Ran Li, Jiangkun He, Han Zheng, Chenyuan Zhang, Shuai Zhang, Shuai Zhang, Shuai Zhang

“…Following the onset of instability, the sliding mass undergoes rapid movement, with only a small part of the mass remaining on the sliding surface.DiscussionLandslides triggered by different factors and occurring under varying water content conditions may exhibit significant differences in their pre-failure behavior and post-failure characteristics. …”
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Comparison of the Distribution of Evapotranspiration on Shady and Sunny Slopes in Southwest China by Yixi Kan, Huaiyong Shao, Chang Du, Yimeng Guo, Xianglong Dai

“…The region’s different topography, driven by mountain uplift and variations in slope direction, alters regional hydrothermal conditions, thereby affecting local ecoclimatic patterns. …”
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Finite Element Simulation on Soil Compaction Effect and Mechanical Properties of Precast Nodular Pile by Yongfa Wang, Baojian Li, Guoer Lv, Jiajin Zhou, Xianlin Jia

“…The penetration resistance of PHC nodular piles was mainly provided by the pile shaft resistance. The uplift height of soil surface caused by the PHC nodular pile and pipe pile penetration was approximately the same. …”
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Impact of glacial isostatic adjustment on zones of potential grounding line persistence in the Ross Sea Embayment (Antarctica) since the Last Glacial Maximum by S. T. Kodama, T. Pico, A. A. Robel, J. E. Christian, N. Gomez, C. Vigilia, E. Powell, J. Gagliardi, S. Tulaczyk, T. Blackburn

“…We pair a high-resolution bathymetry model with a simple model of grounding line stability in an ensemble approach to predict zones of potential grounding line persistence in the Ross Sea Embayment for given combinations of surface mass balance rate, degree of ice shelf buttressing, basal friction coefficient, and bathymetry (corrected for glacial isostatic adjustment using three different ice sheet histories). …”
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Overview on the subsurface structure-tectonic controls in the northwest Bahariya, Western Desert, Egypt by Ahmad A. Azab, Mohamed H. Saad, Marwa Z. Elsawy

“…The map underlines regional folding in NE-SW trend (Syrian arc), forming four major structural features (Misawage graben, Sitra platform, Bahariya uplift and Dirrut basin), each has distinctive characteristics. …”
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Urban subsidence zones prone to flooding: mitigated deformation trends post-2024 Guilin megaflood by Pinglang Kou, Xu Dong, Qiang Xu, Ali P. Yunus, Ying Xia, Yuxiang Tao, Rui Liu, Qin Ji, Ruikun Chen, Zhengwu Yuan

“…Different machine learning methods showed varying performance in predicting surface deformation, with the ERT model performing relatively well. …”
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Episodic Lithospheric Deformation in Eastern Tibet Inferred From Seismic Anisotropy by Xuewei Bao, Xiaodong Song, David W. Eaton, Yixian Xu, Hanlin Chen

“…Abstract Mechanisms for uplift and deformation of the Tibetan Plateau remain vigorously debated; hypotheses include stepwise growth, distributed thickening, and crustal channel flow, each with a distinct anisotropic signature. …”
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The scrutiny of geomorphologic effects of Armaghankhane and Taham faults by gholam hassan jafari, Asghar rostamkhani

“…One of the unique properties of northern landforms of zanjanrood catchment is having smooth surfaces that have been interrupted by deep valleys. …”
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Mechanism of Action of a New Type of Collector SAA in the Separation of Magnesite and Quartz by Yishen SUN, Pan GU, Jin YAO, Wanzhong YIN, Haoran SUN, Feijia XUE, Shuo YANG

“…The results of single-mineral flotation tests showed that SAA has high selective trapping ability for quartz, and SAA can effectively remove quartz from magnesite in mixed-mineral flotation with different ratios. Through the zeta potential measurement, it is found that the addition of SAA trapping agent makes the isoelectric point of magnesite and quartz surfaces positively shifted, and the isoelectric point of quartz surfaces positively shifted intensity is much larger than that of magnesite, which indicates that SAA has better selectivity. …”
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Observing and Modeling Short‐Term Changes in Basal Friction During Rain‐Induced Speed‐Ups on an Alpine Glacier by Anuar Togaibekov, Florent Gimbert, Adrien Gilbert, Andrea Walpersdorf

“…We observe up to a threefold increase in horizontal surface velocity, spatially migrating at rates consistent with subglacial flow drainage, and associated with surface uplift and increased water pressure. …”
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Risk assessment and support optimization for cable trench construction in soft soil areas in Zhejiang province by Linlin Zhang, Rong Bian, Keji Chen, Guoqiang Li, Miaosong Gu

“…The results indicate that steel sheet piles are more effective than timber piles in suppressing base heave. The increase in surface surcharge may help reduce overall base heave, leading to an increase in relative uplift at the trench base. …”
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A topographically controlled tipping point for complete Greenland ice sheet melt by M. Petrini, M. Petrini, M. D. W. Scherrenberg, L. Muntjewerf, L. Muntjewerf, M. Vizcaino, R. Sellevold, G. R. Leguy, W. H. Lipscomb, H. Goelzer

“…This nonlinear behaviour is caused by the SMB–elevation feedback, which responds to changes in surface topography due to surface melt and GIA. The GrIS tips from <span class="inline-formula">∼</span> 50 % mass towards nearly complete melt when the impact of melt-induced surface lowering outweighs that of GIA-induced bedrock uplift and the (initially positive) SMB becomes and remains negative for at least a few thousand years. …”
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Hydrographic structure of the continental shelf in Santos Basin and its causes: The SANAGU and SANSED campaigns (2019) by Marcelo Dottori, Dalton K. Sasaki, Danilo A. Silva, Sergio R. Del–Giovannino, Andressa P. Pinto, Magnim Gnamah, Arian D. Santos, Ilson C. A. da Silveira, Wellington C. Belo, Renato P. Martins, Daniel L. Moreira

“…Our analysis show the differences in the hydrographic structure of the SBCS and suggests that the SBCS can be divided in two regions with distinct characteristics: 1) the area southwest of São Sebastião, where the hydrographic parameters were modulated by the presence of the Subtropical Shelf Water (STSW); 2) the area northeast of São Sebastião, where the uplifting of SACW was the dominant process. …”
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Hydrographic structure of the continental shelf in Santos Basin and its causes: The SANAGU and SANSED campaigns (2019) by Marcelo Dottori, Dalton K. Sasaki, Danilo A. Silva, Sergio R. Del–Giovannino, Andressa P. Pinto, Magnim Gnamah, Arian D. Santos, Ilson C. A. da Silveira, Wellington C. Belo, Renato P. Martins, Daniel L. Moreira

“…Our analysis show the differences in the hydrographic structure of the SBCS and suggests that the SBCS can be divided in two regions with distinct characteristics: 1) the area southwest of São Sebastião, where the hydrographic parameters were modulated by the presence of the Subtropical Shelf Water (STSW); 2) the area northeast of São Sebastião, where the uplifting of SACW was the dominant process. …”
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