Jianjun Wang
@jianjunwang
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Environmental Microbiologist | Aquatic biogeographer. @FunEcology editor; @GlobalChangeBio @ISMEJournal EAB
Joined June 2009
@journal_mlife New in mLife: iDOM, an R package for statistical analysis & visualization of dissolved organic matter #DOM from FT-ICR MS. It links molecular characteristics, microbes & environment. Read: https://t.co/gIYDtlXC8B Code: https://t.co/GZTqXlV2i0
#Biogeochemistry
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New in @GlobalChangeBio 🌍 Habitat affinity #iHaf reveals how riverine dissolved organic matter #DOM molecules partition between water and sediment. Warming and human pressures reduce affinity, promoting molecular #homogenization. DOI 10.1111/gcb.70736 https://t.co/1ZhdrveRO8
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🌍 The 2025 Glinka World Soil Prize goes to Professor Ganlin Zhang! For his outstanding contributions to soil research, policy making and education🌱 📖 Read more: https://t.co/cWqFGPYETk 🎥 Watch the video: https://t.co/sFgCKdRPrh
#WorldSoilDay #SoilHealth
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🙌 Thrilled to announce: 35 projects have secured €40M+ under #BiodivTransform! Over 3 years, they’ll tackle links between biodiversity loss, climate & pollution, shaping pathways for a healthier future. 🗓️ Kick-off: 22 Apr 2026 https://t.co/xW2u4nldeX
biodiversa.eu
Biodiversa+ has selected 35 research projects for funding under the BiodivTransform Call. Save the date for the launch events...
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Call for Abstracts! Join SS050 Ecological Significance of DOM at #ASLOSIL2026. From microbes to molecules to global gradients—explore how DOM shapes carbon cycling and ecosystem function. Oral, lightning, & poster welcome! Submit by 3 Dec 2025. @aslo_org
Only 2 days left to submit an abstract for #ASLOSIL26! Don't miss your chance to share your research with the global aquatic science community. Abstract submissions close at 11:59 PM CST on 3 December. Register and submit an abstract now: https://t.co/XQAszWNESe
@SIL_limnology
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Thrilled. Our @EnvSciTech study on microplastic–microbe networks is honored as a 2024 Best Paper Award winner! Microplastic diversity can strengthen microbial stability under warming -- a surprising ecological twist. 🏆 https://t.co/TRERYcRNaS 📰 https://t.co/avxG4UGekf
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Last week, we were privileged to be awarded the President‘s International Fellowship for Distinguished Scientists (formerly the Einstein Professorship) by @CAS__Science. 🥼🧑🔬 Grateful for the opportunity to visit and strengthen collaboration with @jianjunwang.
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New in Environmental Science & Technology Microplastics don’t just pollute—they amplify greenhouse-gas emissions. Across 1,264 microcosms, increasing microplastic chemodiversity boosted GHG release up to 4.7×, especially under warming. AT: https://t.co/aGlztj31kw
@EnvSciTech
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From surface to deep sea, the ocean’s dissolved organic matter is becoming more alike — a “carbon homogenizer” at work. Our new @EnvSciTech paper uncovers the global #chemogeography of #DOM. 🌊 More at: https://t.co/JMusg42OCW
@JayLennon @soininen_janne & more
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New study: “Dark matter” in riverine #DOM isn’t just mysterious — it’s key to understanding molecular diversity and carbon cycling. 🌊💡 🔗 Water Research, Oct 2025 https://t.co/je4Obnpcdx
#Biogeochemistry #DOM #CarbonCycle #Rivers
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Eco-evolutionary strategies drive viral diversification in nutrient-poor soils across elevation gradients
academic.oup.com
This work reveals viral eco-evolutionary strategies across elevation gradients, offering new insights into the evolutionary trajectories of soil viruses in
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OPINION The Emergence and Promise of Functional Chemogeography of Organic Matter 🔗 https://t.co/Fcd7rfEG1h
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How do microbes cope with climate change?🌍 A new study shows aquatic bacterial responses to warming are consistent across climates, but nutrient enrichment shifts their sensitivity—revealing key mechanisms behind community reorganisation. 🔗 https://t.co/AA0KUkMXaG
@GEB_macro
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@GlobalChangeBio
@JamesStegen @ecochangegroup @WHONDRS The two #traits of organic matter molecules : Intrinsic vs Extrinsic traits
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NEW in #GCB Functional Chemogeography of dissolved organic matter 🧪 New framework for organic matter 🔹 Links molecular traits & environment 🔹 Extrinsic traits key to carbon fate 👉 https://t.co/WqdGNq0Zq7
#Biogeochemistry #CarbonCycle #DOM
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NEW Molecular Properties of DOM across Earth Systems: A Meta-Analysis 📊 Meta-analysis: 2,707 sites, 204 studies 🔑 Key traits: mass, DBE, AImod, NOSC 🌊 Clear land–water contrasts & latitudinal trends 🌡️ Driven by temperature & pH 👉 https://t.co/oXWk4TcK8B
#DOM #CarbonCycle
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Microbial communities and functions along a water-depth gradient in a subtropic deep lake: Insights from metagenomics https://t.co/ibSw90P0Ze
frontiersin.org
Deep lakes play a critical role in global elemental cycling and serve as habitats for diverse microbial communities. However, studies on the effects of lake ...
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New Research: Biogeography of soda lake microbiome and uneven cross-continent transition rates https://t.co/OHgO2DSzrD
#FrontiersIn #Microbiology
frontiersin.org
Microbial dark matter in soda lakes has been increasingly illuminated, however, much remains unknown about microbial biogeography at the global scale and und...
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Microbial genomic database of the Yangtze River, the third-longest river on Earth
nature.com
Scientific Data - Microbial genomic database of the Yangtze River, the third-longest river on Earth
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Introducing iDOM, recently published on #mLife, an R package tailored to decode the complexity of dissolved organic matter (DOM) via high-resolution mass spectrometry! @wileymicrobio @WileyEcolEvol Try it: https://t.co/UYb6c8vm5g Learn the framework: https://t.co/cLoAsSQEBk
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