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1. Sensitivity and regulation factors of soil organic carbon content in steppe and desert-steppe grasslands of the Mongolian Plateau NSTL国家科技图书文献中心

Quan, Zhijia | Cheng, Yunxiang ... - 《Plant and Soil》 - 2025,509(1/2) - 399～415 - 共17页

摘要： change.MethodsWe investigated SOC in the top 10 cm of the soil | , including both desert-steppe* and steppe landscapes. We* | grazing intensity, climatic factors, soil* properties* | -steppe* samples had lower mean SOC than steppe samples* | (0.3% versus 1.5%). Desert-steppe* SOC did not vary*

关键词： Soil organic carbon | Regulation mechanism | Climate change | Structural equation models

2. Freeze-thaw processes alter the peak characteristics and temperature hysteresis of diel soil respiration in a Tibetan alpine steppe NSTL国家科技图书文献中心

Zhang, Jianxin | Tang, Liang ... - 《Agricultural and Forest Meteorology》 - 2025,362 - 共11页 - 被引量：1

摘要： have the inherent potential to alter soil* respiration* | primarily regulated by soil* temperature (ST) during the* | thawed period, whereas soil* water content (SWC) exerts* | Freeze-thaw (F-T) processes are prevalent and | (SR) in cold regions, which are particularly

关键词： Soil respiration | Freeze-thaw processes | Diel patterns | Temperature hysteresis | Tibetan plateau | Alpine steppe

3. Long-term ammonium nitrate addition strengthens soil microbial cross-trophic interactions in a Tibetan alpine steppe NSTL国家科技图书文献中心

Liu, Yang | Yang, Yuanhe ... - 《Ecology》 - 2025,106(3) - n/a～n/a - 共12页

摘要：) on inter-trophic interactions of soil* microbial* | fungi-prokaryote) in a Tibetan alpine steppe | associated with increased soil* carbon and N mineralization* | Global nitrogen (N) enrichment is modifying | microbial interactions, which can be represented by

关键词： ecological network | fungi | nitrogen deposition | prokaryotes | protists

4. Responses of soil microbial community structure under litter to changes in precipitation and nitrogen addition in a desert steppe NSTL国家科技图书文献中心

Ma J. | Chen L.... - 《European Journal of Soil Biology》 - 2025,124 - 1～11 - 共11页

摘要： function and are central drivers of soil-plant nutrient | ) addition on soil* microbial community structure beneath* | −1) in the desert steppe* of Yanchi County, China* | caused the accumulation of soil* nutrients. Specifically* | nitrogen (51.95 %), ammonium nitrogen (42.92 %), soil

关键词： Desert steppe | Diversity index | Litter | Microbial biomarkers | Nitrogen addition | Precipitation

5. Precipitation addition during growing and non-growing seasons interactively affects the abundance of soil nematode communities in a semi-arid steppe NSTL国家科技图书文献中心

Li, Yaning | Guo, Jingwei ... - 《Catena》 - 2025,249 - 共12页

摘要： abundance and structure of soil* nematode communities* | growing season affect the soil* nematode community, and* | semi-arid steppe* to investigated the effects of* | soil nematode community and different trophic groups | precipitation addition significantly increased the total soil

关键词： Changing precipitation regimes | Typical grassland | Soil micro-food web | Interactive effects

6. Intensive grazing confounds the patterns of plant compositional change along a soil pH gradient, not an aridity gradient, in the Mongolian steppe NSTL国家科技图书文献中心

Ishii, Naohiro I. | Nishimura, Issei ... - 《Grassland Science》 - 2025,71(1) - 42～50 - 共9页

摘要：, including geographic distance, aridity, soil pH and soil | , especially in the desert steppe* of Mongolia, although the* | addition, regardless of the region, the effects of soil | heterogeneity of soil* pH or nutrient availability via* | soil pH, the observations for only plant communities

关键词： drylands | Eurasian steppe | grasslands | vegetation | beta-Diversity | β‐Diversity

7. The effect of nitrogen input on methane uptake in a wet and a dry year from a temperate desert steppe NSTL国家科技图书文献中心

Yue, Ping | Li, Kaihui ... - 《Agricultural and Forest Meteorology》 - 2025,361 - 共8页

摘要： atmosphere), but this is still unclear in the desert steppe | in a typical desert steppe* of Eurasia. The result* | showed that this desert steppe* was a net sink of* | (-2) h(-1), 2021), which was mainly mediated by soil | methane uptake depended on soil* moisture (p < 0.01). The*

关键词： Temperate desert steppe | pmoA Gene | mcrA Gene | Soil water-filled pore space | Soil inorganic nitrogen

8. Importance of plant community composition and aboveground biomass in shaping microbial communities following long-term nitrogen and phosphorus addition in a temperate steppe ecosystem NSTL国家科技图书文献中心

Zhang, Hao | Jiang, Na ... - 《Plant and Soil》 - 2025,509(1/2) - 543～560 - 共18页

摘要： aboveground biomass (AGB) and further affect plants and soil | , how soil* microbial community respond to change in* | unclear, particularly in temperate steppe | and P addition was conducted in a temperate steppe | ecosystem to evaluate soil* microbiomes in relation to*

关键词： Long-term nutrient addition | Plant functional group | Soil microbial diversity | Community structure | Plant-microbial interactions | Temperate steppe

9. Precipitation events and long-term nitrogen addition synergistically stimulate heterotrophic respiration in a semi-arid meadow steppe NSTL国家科技图书文献中心

Zhao, Tianhang | Yang, Xu ... - 《Catena》 - 2025,248 - 共12页

摘要：, which have the potential to affect soil* respiration* | input on soil* respiration and its components remain* | experiment to examine responses of soil* respiration and its* | release of soil* respiration and its components, but* | stimulated the cumulative soil* respiration and its*

关键词： Precipitation events | Long-term N addition | Soil respiration | Synergistic effect | Meadow steppe

10. The Influence of the Depression Zone of Forest Shelterbelts on the Productivity and Profitability of Winter Wheat NSTL国家科技图书文献中心 OA开放获取

V.A. Vedeneeva | A.V. Koshelev ... - 《Indian journal of agricultural research》 - 2025,59(3) - 366～373 - 共8页

摘要： profitability of winter wheat of the dry steppe* zone of* | used to be concentrated in the steppe* and forest* | -steppe* natural zones. It is known that these* | depression zones. The hypothesis means that the soil* and* | climatic conditions of dry steppe* regions, were utilizing*

关键词： Soil organic carbon | Regulation mechanism | Climate change | Structural equation models

摘要： have the inherent potential to alter soil* respiration* | primarily regulated by soil* temperature (ST) during the* | thawed period, whereas soil* water content (SWC) exerts* | Freeze-thaw (F-T) processes are prevalent and | (SR) in cold regions, which are particularly

关键词： Soil respiration | Freeze-thaw processes | Diel patterns | Temperature hysteresis | Tibetan plateau | Alpine steppe

摘要：) on inter-trophic interactions of soil* microbial* | fungi-prokaryote) in a Tibetan alpine steppe | associated with increased soil* carbon and N mineralization* | Global nitrogen (N) enrichment is modifying | microbial interactions, which can be represented by

关键词： ecological network | fungi | nitrogen deposition | prokaryotes | protists

摘要： function and are central drivers of soil-plant nutrient | ) addition on soil* microbial community structure beneath* | −1) in the desert steppe* of Yanchi County, China* | caused the accumulation of soil* nutrients. Specifically* | nitrogen (51.95 %), ammonium nitrogen (42.92 %), soil

关键词： Desert steppe | Diversity index | Litter | Microbial biomarkers | Nitrogen addition | Precipitation

摘要： abundance and structure of soil* nematode communities* | growing season affect the soil* nematode community, and* | semi-arid steppe* to investigated the effects of* | soil nematode community and different trophic groups | precipitation addition significantly increased the total soil

关键词： Changing precipitation regimes | Typical grassland | Soil micro-food web | Interactive effects

关键词： drylands | Eurasian steppe | grasslands | vegetation | beta-Diversity | β‐Diversity

摘要： atmosphere), but this is still unclear in the desert steppe | in a typical desert steppe* of Eurasia. The result* | showed that this desert steppe* was a net sink of* | (-2) h(-1), 2021), which was mainly mediated by soil | methane uptake depended on soil* moisture (p < 0.01). The*

关键词： Temperate desert steppe | pmoA Gene | mcrA Gene | Soil water-filled pore space | Soil inorganic nitrogen

摘要： aboveground biomass (AGB) and further affect plants and soil | , how soil* microbial community respond to change in* | unclear, particularly in temperate steppe | and P addition was conducted in a temperate steppe | ecosystem to evaluate soil* microbiomes in relation to*

关键词： Long-term nutrient addition | Plant functional group | Soil microbial diversity | Community structure | Plant-microbial interactions | Temperate steppe

摘要：, which have the potential to affect soil* respiration* | input on soil* respiration and its components remain* | experiment to examine responses of soil* respiration and its* | release of soil* respiration and its components, but* | stimulated the cumulative soil* respiration and its*

关键词： Precipitation events | Long-term N addition | Soil respiration | Synergistic effect | Meadow steppe

摘要： profitability of winter wheat of the dry steppe* zone of* | used to be concentrated in the steppe* and forest* | -steppe* natural zones. It is known that these* | depression zones. The hypothesis means that the soil* and* | climatic conditions of dry steppe* regions, were utilizing*

关键词： Agroforestry area | Arable land | Depression zone | Productivity | Winter wheat

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： change.MethodsWe investigated SOC in the top 10 cm of the soil | , including both desert-steppe and steppe landscapes. We | grazing intensity, climatic factors, soil properties | -steppe samples had lower mean SOC than steppe samples | (0.3% versus 1.5%). Desert-steppe SOC did not vary

关键词： Soil organic carbon | Regulation mechanism | Climate change | Structural equation models

摘要： have the inherent potential to alter soil respiration | primarily regulated by soil temperature (ST) during the | thawed period, whereas soil water content (SWC) exerts | Freeze-thaw (F-T) processes are prevalent and | (SR) in cold regions, which are particularly

关键词： Soil respiration | Freeze-thaw processes | Diel patterns | Temperature hysteresis | Tibetan plateau | Alpine steppe

摘要：) on inter-trophic interactions of soil microbial | fungi-prokaryote) in a Tibetan alpine steppe | associated with increased soil carbon and N mineralization | Global nitrogen (N) enrichment is modifying | microbial interactions, which can be represented by

关键词： ecological network | fungi | nitrogen deposition | prokaryotes | protists

摘要： function and are central drivers of soil-plant nutrient | ) addition on soil microbial community structure beneath | −1) in the desert steppe of Yanchi County, China | caused the accumulation of soil nutrients. Specifically | nitrogen (51.95 %), ammonium nitrogen (42.92 %), soil

关键词： Desert steppe | Diversity index | Litter | Microbial biomarkers | Nitrogen addition | Precipitation

摘要： abundance and structure of soil nematode communities | growing season affect the soil nematode community, and | semi-arid steppe to investigated the effects of | soil nematode community and different trophic groups | precipitation addition significantly increased the total soil

关键词： Changing precipitation regimes | Typical grassland | Soil micro-food web | Interactive effects

摘要：, including geographic distance, aridity, soil pH and soil | , especially in the desert steppe of Mongolia, although the | addition, regardless of the region, the effects of soil | heterogeneity of soil pH or nutrient availability via | soil pH, the observations for only plant communities

关键词： drylands | Eurasian steppe | grasslands | vegetation | beta-Diversity | β‐Diversity

摘要： atmosphere), but this is still unclear in the desert steppe | in a typical desert steppe of Eurasia. The result | showed that this desert steppe was a net sink of | (-2) h(-1), 2021), which was mainly mediated by soil | methane uptake depended on soil moisture (p < 0.01). The

关键词： Temperate desert steppe | pmoA Gene | mcrA Gene | Soil water-filled pore space | Soil inorganic nitrogen

摘要： aboveground biomass (AGB) and further affect plants and soil | , how soil microbial community respond to change in | unclear, particularly in temperate steppe | and P addition was conducted in a temperate steppe | ecosystem to evaluate soil microbiomes in relation to

关键词： Long-term nutrient addition | Plant functional group | Soil microbial diversity | Community structure | Plant-microbial interactions | Temperate steppe

摘要：, which have the potential to affect soil respiration | input on soil respiration and its components remain | experiment to examine responses of soil respiration and its | release of soil respiration and its components, but | stimulated the cumulative soil respiration and its

关键词： Precipitation events | Long-term N addition | Soil respiration | Synergistic effect | Meadow steppe

摘要： profitability of winter wheat of the dry steppe zone of | used to be concentrated in the steppe and forest | -steppe natural zones. It is known that these | depression zones. The hypothesis means that the soil and | climatic conditions of dry steppe regions, were utilizing

关键词： Agroforestry area | Arable land | Depression zone | Productivity | Winter wheat

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： have the inherent potential to alter soil* respiration* | primarily regulated by soil* temperature (ST) during the* | thawed period, whereas soil* water content (SWC) exerts* | Freeze-thaw (F-T) processes are prevalent and | (SR) in cold regions, which are particularly

摘要：) on inter-trophic interactions of soil* microbial* | fungi-prokaryote) in a Tibetan alpine steppe | associated with increased soil* carbon and N mineralization* | Global nitrogen (N) enrichment is modifying | microbial interactions, which can be represented by

摘要： function and are central drivers of soil-plant nutrient | ) addition on soil* microbial community structure beneath* | −1) in the desert steppe* of Yanchi County, China* | caused the accumulation of soil* nutrients. Specifically* | nitrogen (51.95 %), ammonium nitrogen (42.92 %), soil

摘要： abundance and structure of soil* nematode communities* | growing season affect the soil* nematode community, and* | semi-arid steppe* to investigated the effects of* | soil nematode community and different trophic groups | precipitation addition significantly increased the total soil

摘要： atmosphere), but this is still unclear in the desert steppe | in a typical desert steppe* of Eurasia. The result* | showed that this desert steppe* was a net sink of* | (-2) h(-1), 2021), which was mainly mediated by soil | methane uptake depended on soil* moisture (p < 0.01). The*

摘要： aboveground biomass (AGB) and further affect plants and soil | , how soil* microbial community respond to change in* | unclear, particularly in temperate steppe | and P addition was conducted in a temperate steppe | ecosystem to evaluate soil* microbiomes in relation to*

摘要：, which have the potential to affect soil* respiration* | input on soil* respiration and its components remain* | experiment to examine responses of soil* respiration and its* | release of soil* respiration and its components, but* | stimulated the cumulative soil* respiration and its*

摘要： profitability of winter wheat of the dry steppe* zone of* | used to be concentrated in the steppe* and forest* | -steppe* natural zones. It is known that these* | depression zones. The hypothesis means that the soil* and* | climatic conditions of dry steppe* regions, were utilizing*