【🎉Latest accepted article】
Root-microbe-soil coupling enhances rhizosphere priming and nitrogen acquisition in #InvasivePlants
#RhizospherePrimingEffect | #RootTraits | #NutrientCycling | #MicrobialBiomass | #SoilEnzymeActivity
@mapjournals.bsky.social
doi.org/10.1093/jpe/...
Highly recommend the inspiring short film on #kelp, highlighting benefits for marine ecosystems, carbon capture, sustainable food, and other materials, while showcasing the crew's commitment to sustainability in the film production.
#algae #seaweed #nutrientcycling #nature #carbonuptake #superfood🌱
5/ Overall, her work contributes to making aquaculture more environmentally and economically sustainable. Congratulations, Ana Paula! 👏 ✨
#aquaculture #nutrientcycling #sustainability
Interested in #NitrogenBiogeochemistry, links to #Carbon & #Phosphorus cycling; the #Organisms involved in #NutrientCycling? Curious about #BorealForests and #Excursions to large-scale field experiments? Then join our session "Nitrogen Biogeochemistry..." at BIOGEOMON www.slu.se/en/about-slu...
Funded #PhD Position in #CommunityEcology, #Biogeography and #Evolution at Concordia University, Montreal, Canada. Apply today!
Complete role description: app-ca.clickdimensions.com/blob/concord...
#InsectEcology #SoilArthropods #NutrientCycling #CarbonStorage #QuantitativeEcology
🕷️🪨Predator density outweighs experimental warming effects on short-term carbon and nitrogen loss from arctic shrub litter
📷 © Amanda Koltz
vist.ly/4cb82
#ClimateChange #Decomposition #NutrientCycling #ShrubExpansion #TrophicCascade #WolfSpiders
New research in #RESEcolEnt
Temperature and dung availability drive intraspecific #DungBeetle body size across #grassland grazing regimes
doi.org/10.1111/een.70025
#EcosystemServices #NutrientCycling
@sheborg.bsky.social @robwilsonmncn.bsky.social @callomac.bsky.social @wiley.com
Job offer: The Swiss Federal Institute for Forest, Snow and Landscape Research WSL is part of the ETH Domain. Approximately 600 people work on the sustainable use and protection of the environment and on the handling of natural hazards. The Research Unit Forest and Soil Ecology studies the impact of environmental changes on biogeochemical cycles. Within the Long-term Forest Ecosystem Research (LWF) we offer a tenure track position as a Research Scientist in Nutrient Cycling 80% (f/m/d) You will be responsible for monitoring atmospheric deposition and soil solution chemistry across Switzerland. Your scientific responsibilities include the adequate sampling in the field and the analysis of samples in the laboratory. You will coordinate the involved technical staff, maintain the local database and forward the data to the European ICP Forests database. You will actively participate in the ICP Forests Expert Panels "Deposition" and "Soil and Soil Solution". By applying complex modelling, you will evaluate the data regarding the long-term development of nutrient fluxes and cycles. You will successfully acquire third-party funding for add-on studies, e.g. on nutrient dynamics in the rhizosphere or on gas exchange between soil and atmosphere. You hold a Ph.D. degree in environmental sciences with in-depth knowledge of soil science, biogeochemical cycles and analytical-chemical methods. You are efficient in dealing with large amounts of data and have good statistical knowledge as well as experience in modelling biogeochemical processes. Furthermore, you know how to publish your results in international journals and make them accessible to stakeholders in forestry practice, politics and the public. Your skills as a good team player are in demand both in the collaboration with the other scientific staff of the LWF and in the coordination of technical staff. In addition, you possess excellent English skills and a good command of German.
🌱 ♻️ #JobAlert! PhD in #EnvironmentalSciences and in-depth knowledge of #SoilScience and biogeochemical cycles? Strong skills in analysing large datasets? Our Research Unit Forest and #SoilEcology offers a #TenureTrack position in #NutrientCycling: apply.refline.ch/273855/1778/... #ScienceJobs
🌾 7-year study in N China finds drought shifts C:N:P in plants, litter & soil microbes, reducing productivity and ecosyst resilience. Plant traits like leaf N, C, and height influence these effects #NutrientCycling #AridEcosystems
Zhaobin Song @jpreixach.bsky.social @csic.es @creaf.cat @iec.cat
Figure 1 in van der Zanden et al. (2025): "Images of one of the paired food forest and grassland sites as an example of the study systems"
New publication: The impact of decomposer size classes and #litter quality on litter decomposition in #foodforests, by @ciskaveen.bsky.social and others. #agroforestry #litterquality #decomposition #nutrientcycling
doi.org/10.1007/s104...
International Vulture Awareness Day 2025
Often seen as ominous or unclean, vultures are in fact ecosystem heroes! These scavengers play a critical role in maintaining #EnvironmentalHealth by efficiently disposing of carcasses, preventing the spread of disease, and supporting #NutrientCycling (🧵 2/5)
Conceptual framework for key factors and mechanisms explaining the enhanced ecosystem functions and ecological intensification through coculturing rice with animals.
【💡High Cited 】
Coculturing #Rice with aquatic animals promotes ecological intensification of paddy ecosystem
Core:
a Review of a quantitative analysis of literature on rice–aquatic animal coculture systems. (‼️NEW‼️)
#InterspecificFacilitation | #NutrientCycling
doi.org/10.1093/jpe/...
Enjoy team #VOLT! #VOCs #Biogeochemistry #Soil #Moss #NutrientCycling #AquaticVOCs #CaughtBetweenExhaustionAndInspiration #EGU25
#Biochar application to soils can regulate soil #phosphorus availability: a review.
#Adsorption #Desorption #NutrientCycling #Mechanism
Learn more👉: rdcu.be/egbYC
link.springer.com/article/10.1...
Think beyond the curb! Trash and recycling are important, but composting offers a unique environmental advantage, because it actually GIVES BACK. Recycling the nutrients in our food scraps feeds the planet for the future. #backyardcomposting #purplebucketcompost #nutrientcycling #ecofriendly
This week, our research group hosted Professor Emma Sayer (@panemma.bsky.social) from the University of Ulm, who shared insights from the Gigante Litter Manipulation Project on tropical tree growth, nutrient cycling, and greenhouse gases. #TropicalForests #Litterfall #Cryptogams #NutrientCycling
REVIEW
Navigating Climate Change: Exploring the Dynamics Between Plant–Soil Microbiomes and Their Impact on Plant Growth and Productivity
📄 buff.ly/NEDvTnE
#climatechange #nutrientcycling
#glacier #climatechange #icealgae #WomeninSTEM #microbiology #marinescience #nutrientcycling #glaciermelt #greenland @maxplanck.de
Hi everyone -I look forward to being part of a vibrant bluesky community and connecting with people of science and research #soilhealth #nutrientcycling #rhizosphereecology #sustainableagriculture
"Nature's Recyclers: The Regenerative Power of Mushrooms"
#Mushroom #Fungi #Nature'sRecyclers #SoilHealth #EcosystemBalance #NutrientCycling #OrganicMatter
#ForestFloor #Mycology #EnvironmentalRestoration
3️⃣ Impacts of plastics on Earth system processes
Plastics disrupt every single other planetary boundary #ClimateChange #OceanAcidification #Biodiversity #NutrientCycling #LandSystemChange #FreshWater #OzoneDepletion #AtmosphericAerosols
The impacts are interconnected and can multiply threats.
