Rest grazing from the critical period of soil thawing in spring promoted the biomass accumulation and optimized resource allocation of 21 plant species in alpine meadow [0.03%]
春土层解冻关键期放牧休牧促进高寒草甸21种植物的生物量积累及资源分配优化
Meimei Bai,Xiaojuan Zhang,Changlin Xu et al.
Meimei Bai et al.
Changing biomass allocation patterns and resource allocation is an important strategy for plants to adapt to environmental changes. We studied the effects of rest grazing in different periods of spring on plant biomass allocation in alpine ...
Initiation of rest-grazing during soil thawing improves interspecific relationships and stability of plant communities on alpine grassland [0.03%]
土壤解冻期开始划区轮牧有利于高山草甸植物群落的种间关系及稳定性的提升
Kaikai Ma,Qingqing Hou,Changlin Xu et al.
Kaikai Ma et al.
Introduction: Grazing management is essential to maintain the stability of grassland ecosystems. Methods: To determine the optimal rest...
Soil thawing regulates the spring growth onset in tundra and alpine biomes [0.03%]
土壤解冻调控苔原和高山生物群落的春季生长起始期
Adrià Descals,Aleixandre Verger,Iolanda Filella et al.
Adrià Descals et al.
Soil temperature remains isothermal at 0 °C and water shifts to a liquid phase during soil thawing. Vegetation may receive this process as a signal and a key to restore physiological activity. We aimed to show the relationship between the ...
[Soil microbial biomass in Larix gmelinii forests along a latitudinal gradient during spring soil thawing] [0.03%]
[春季土壤解冻期沿纬度梯度樟子松林土壤微生物生物量动态]
Shuang Ding,Chuan-kuan Wang
Shuang Ding
The 8-year-old Larix gmelinii forests were transplanted from four sites (Tahe, Songling, Sunwu, and Dailing) comprising a latitudinal gradient across the distribution range of L. gmelinii in Northeastern China, and the soil microbial biomas...
[Effects of climate warming on the N2O emission from Larix gmelinii forest soils at different latitudes during soil thawing period] [0.03%]
[增温对不同纬度兴安落叶松林土壤冻融期N₂O排放的影响]
Min-Jie Fu,Chuan-Kuan Wang,Ying Wang et al.
Min-Jie Fu et al.
During the soil thawing period in spring, large amount of N2O was emitted from the forest soils in North China, being a major source of atmospheric greenhouse gases. However, the contribution of the emitted N2O and its responses to climatic...
Delayed soil thawing affects root and shoot functioning and growth in Scots pine [0.03%]
土壤解冻时间推迟影响松树根系和地上部的生长及功能
Tapani Repo,Tarja Lehto,Leena Finér
Tapani Repo
In boreal regions, soil can remain frozen after the start of the growing season. We compared relationships between root characteristics and water relations in Scots pine (Pinus sylvestris L.) saplings subjected to soil frost treatments befo...