mikroBIOMIK (@mikrobiomikorg) 's Twitter Profile
mikroBIOMIK

@mikrobiomikorg

The mikroBIOMIK society promotes intrinsic curiosity and participation in science - with a focus on invisible creatures. #HUMUSsapiens #microbes #openscience

ID: 789555465319542784

linkhttp://mikroBIOMIK.org calendar_today21-10-2016 19:54:27

609 Tweet

926 Followers

1,1K Following

van der Heijden Lab (@vandeheijdenlab) 's Twitter Profile Photo

Do you want to know why we are so fascinated by the #symbiosis between #mycorrhizal #fungi and land plants? Have a look at this picture. Left a grassland microcosm inoculated with arbuscular mycorrhizal fungi and right a microcosm without. Initially they were exactly the same!

Do you want to know why we are so fascinated by the #symbiosis between #mycorrhizal #fungi and land plants? Have a look at this picture. Left a grassland microcosm inoculated with arbuscular mycorrhizal fungi and right a microcosm without. Initially they were exactly the same!
Contamination Club (@contamclub) 's Twitter Profile Photo

We continue to celebrate microbial contaminants here and love seeing what people find growing. Contaminants can be beautiful and interesting - and you never know, maybe your next contaminant could change the world! 🦠🧫💛

We continue to celebrate microbial contaminants here and love seeing what people find growing.

Contaminants can be beautiful and interesting - and you never know, maybe your next contaminant could change the world! 🦠🧫💛
Nature Reviews Microbiology (@naturerevmicro) 's Twitter Profile Photo

📣The oral microbiome: diversity, biogeography and human health He & co. explore the structure and diversity of the oral microbiota, and they discuss the role of the oral microbiota in the pathology of both oral and systemic diseases. read it here: rdcu.be/dlW64

📣The oral microbiome: diversity, biogeography and human health

He & co. explore the structure and diversity of the oral microbiota, and they discuss the role of the oral microbiota in the pathology of both oral and systemic diseases.

read it here: rdcu.be/dlW64
mikroBIOMIK (@mikrobiomikorg) 's Twitter Profile Photo

"Simplification of soil biota communities impairs nutrient recycling and enhances above- and belowground nitrogen losses" nph.onlinelibrary.wiley.com/doi/10.1111/np… S. Franz Bender van der Heijden Lab Agroscope Universität Zürich #humus #soillife #soi #agriculture

mikroBIOMIK (@mikrobiomikorg) 's Twitter Profile Photo

"On average, mulching practice reduced runoff by 47.4% and soil loss by 76.2%" sciencedirect.com/science/articl… #humus #soil #agriculture

mikroBIOMIK (@mikrobiomikorg) 's Twitter Profile Photo

Construction of a fungal bioreactor (IBC container design). In this video, we present a low-tech method for producing a "soil inoculant" with an extremely high density and diversity of fungi. #regenerativelandwirtschaft #soilfoodweb #humussapiens youtu.be/NAA7ES9uQd8?fe…

Construction of a fungal bioreactor (IBC container design).

In this video, we present a low-tech method for producing a "soil  inoculant" with an extremely high density and diversity of fungi. 
#regenerativelandwirtschaft #soilfoodweb #humussapiens

youtu.be/NAA7ES9uQd8?fe…
Journey to the Microcosmos (@journeytomicro) 's Twitter Profile Photo

We've looked at plenty of food and drinks under the microscope on our channel, but none quite as wild as kombucha. With its complex array of interactions, both predictable and not, kombucha is more like a terrarium than a bottled beverage. 📺: youtu.be/NtkuZ0b5c6A

Journey to the Microcosmos (@journeytomicro) 's Twitter Profile Photo

It may surprise you to know that older bodies of water are much better for finding hotspots of ciliate diversity. Like the old lake in Warsaw, where our master of microscopes found this unique ciliate that hasn't been seen in 90 years. youtu.be/zgjo6fAH16I

Journey to the Microcosmos (@journeytomicro) 's Twitter Profile Photo

We are so vastly outnumbered by the many microorganisms in the microcosmos, so what does it mean for a microbe to be "rare"? youtu.be/l4zQWpAyiSk

mikroBIOMIK (@mikrobiomikorg) 's Twitter Profile Photo

"Rotifers chew microplastics. Each rotifer can create between 348,000 -- 366,000 per day, leading to uncountable swarms of nanoparticles in our environment." sciencedaily.com/releases/2023/…

Journey to the Microcosmos (@journeytomicro) 's Twitter Profile Photo

This MITE be the creepiest and crawliest compilation we've ever done. These MITEY organisms are also microscopic and hard to spot. That's how they get away with being everywhere from the rinds of your favorite cheese to the pores of your face. youtu.be/WU3JruoA4TY?si…

Matthias C. Rillig (@mrillig) 's Twitter Profile Photo

New paper out: H.-J. Vogel et al. w/ many colleagues from @BonaRes4u How to adequately represent biological processes in modeling multifunctionality of arable soils #soil #ecology doi.org/10.1007/s00374…