Increasing Prevalence of Plant-Fungal Symbiosis Across Two Centuries of Environmental Change [0.03%]
环境变化两个世纪以来植物-真菌共生增加的趋势
Joshua C Fowler,Jacob Moutouama,Tom E X Miller
Joshua C Fowler
Species' distributions and abundances are shifting in response to ongoing global climate change. Mutualistic microbial symbionts can provide hosts with protection from environmental stress that may promote resilience under environmental cha...
Divergent Trends in Insect Disturbance Across Europe's Temperate and Boreal Forests [0.03%]
欧洲温带和 boreal森林中昆虫灾害的分化趋势
Tomáš Hlásny,Roman Modlinger,Jostein Gohli et al.
Tomáš Hlásny et al.
Ongoing shifts in climate and land use have altered interactions between trees and insect herbivores, changing biotic disturbance regimes. However, as these changes are complex and vary across host species, insect taxa, and feeding guilds, ...
Nutrient-Rich Mineral-Associated Organic Matter Limits Carbon Storage Under Elevated Carbon Dioxide in a Low Phosphorus Eucalyptus Woodland Soil [0.03%]
富营养物质相关的有机质限制低磷桉树林土壤在二氧化碳浓度升高的情况下固碳能力
Anna Favaro,Yolima Carrillo,Balwant Singh et al.
Anna Favaro et al.
A rise in atmospheric CO2 concentration can have positive or negative effects on soil organic carbon (SOC) pools, with likely impacts on soil nutrient availability, which can in turn, drive ecosystem-level impacts. Much of the soil nutrient...
When Statistical Learning Violates Physics: An Extensive Mismatch in Soil Temperature-Depth Relationships in Global Maps of Soil Temperature [0.03%]
当统计学习违背物理规律时：全球土壤温度分布图中土壤温度-深度关系的广泛不匹配现象
Tomáš Uxa
Tomáš Uxa
Global gridded soil temperature datasets are important to understand and explain spatial patterns and processes in many life and environmental sciences, but products based on in situ measurements are still available to a very limited extent...
Site-Specific Drivers of Land-Use Change Effects on Organic Carbon in German Agriculture and Forest Soils [0.03%]
德国农业和森林土壤用地变化对有机碳影响的区域性驱动因素研究
David Emde,Ali Sakhaee,Christopher Poeplau et al.
David Emde et al.
Understanding the extent to which land-use changes (LUC) impact soil organic carbon (SOC) is essential for accurate carbon accounting and global efforts aimed at reducing the negative impact of LUC on climate change. Recognizing that most o...
Groundwater and Remotely Sensed Phenology Reveal Vulnerability of Riparian Trees to Drought [0.03%]
地下水文与遥感像元通量数据揭示河流树木对干旱的脆弱性
Rose M Mohammadi,Todd E Dawson,Claire R Tiedeman et al.
Rose M Mohammadi et al.
The increasing frequency and magnitude of climatic extremes are altering water availability in dryland ecosystems globally. However, riparian vulnerability to hydroclimate whiplash remains poorly understood. Here, we examined how riparian w...
Spatio-Temporal Variation in Aerial Arthropod Abundance Revealed by Weather Radars [0.03%]
基于天气雷达的空中节肢动物丰度时空变化规律研究
Mansi Mungee,Maryna Lukach,Chris Shortall et al.
Mansi Mungee et al.
Arthropod declines have been reported widely; however, a lack of comprehensive data has hindered our ability to assess their large-scale generality and drivers. Here, we used a novel and freely available dataset-atmospheric scans from a net...
Wildfires and Drought Reshape Terrestrial Mammal Communities While Aquatic Prey Sustain Jaguars in Brazil's Northern Pantanal [0.03%]
巴西北潘塔纳尔地区野火和干旱重塑陆地哺乳动物群落的同时，水生猎物维持着美洲豹的生存
Alan Eduardo de Barros
Alan Eduardo de Barros
Sex-Linked Differentiation in Commercially Exploited Fishes: Rethinking Population Structure in Dynamic Marine Environments [0.03%]
海洋环境中商业鱼类的性别关联分化：动态海洋环境中种群结构的新思考
Courtney E C Gardiner,Sophie von der Heyden,Conrad A Matthee et al.
Courtney E C Gardiner et al.
Understanding how genomic structure links with ecological and evolutionary processes is critical for forecasting species responses to dynamic marine environments, especially in commercially exploited marine species, where fishing pressure c...
Warm-Loving Species Perform Well Under Limiting Resources: Trait Combinations for Future Climate [0.03%]
温暖 loving物种在限制性资源下的良好表现：未来气候下的性状组合
Sarah Levasseur,Vanessa Weber de Melo,Janneke HilleRis Lambers et al.
Sarah Levasseur et al.
Ecosystems are warming alongside shifts in other abiotic factors, leading to interactive effects on populations and communities. This underscores the importance of studying how organisms respond to multiple environmental changes simultaneou...