We like playing with mud...water, and bugs (microorganisms🧫). We also hug lots of trees🌴. We study biogeochemistry ⚗️ in relation with global warming 🌎🌡️.
Patagonia
Joined October 2021
- Tweets244
- Following190
- Followers146
- Likes181
Environmental Biogeochemistry Lab retweeted
Joseph and Abigail did an amazing work pulling this global dataset. We report depth-resolved CO2 and CH4 concentrations from 522 lakes, ponds, and reservoirs worldwide a global resource for inland water carbon cycling research #OpenAccess #InlandWaters share.google/QGyVRhwr0CMI39y…
Environmental Biogeochemistry Lab retweeted
The axolotl has the ability to regenerate its brain.
Using single-cell transcriptomics, four Science studies in 2022 revealed evolutionary innovations in reptile and amphibian brains.
Learn more during #AmphibianWeek: scim.ag/4j7hq9H
Environmental Biogeochemistry Lab retweeted
We can improve the success of mangrove restoration if we learn from previous experiences
The new Mangrove Restoration Tracker Tool does just that!
70 authors from around the world, led by @Yasmine_Gatt, Rowana Walton, @T_A_Worthington
Download it here: sciencedirect.com/science/ar…
Environmental Biogeochemistry Lab retweeted
I’ll be presenting some preliminary results from our synthesis of CO2/N2O fluxes in ditches and canals at #EGU24 BG4.7 Tues at 16:20. Looking forward to seeing colleagues new and old at my first EGU! 🥳
Environmental Biogeochemistry Lab retweeted
🌳Les invitamos a leer el Policy Brief CR2, titulado: Efectos de la pérdida de cobertura de bosques nativos por la actividad forestal y del castor en los reservorios de carbono de la Patagonia chilena. | Lee el texto completo aquí: bit.ly/42512PK
Environmental Biogeochemistry Lab retweeted
A mad scientist. A mysterious sea creature. A sunken warship. That’s not the setup for the next Hollywood blockbuster—it’s a sampling of some of our favorite science news stories of this year. scim.ag/5jO
Environmental Biogeochemistry Lab retweeted
Magallánicas y egresadas de la UMAG: conoce más del trabajo de las investigadoras Judith Pardo, Claudia Andrade y María Soledad Astorga, en esta nueva entrega de la revista Fem, que destaca a las mujeres por su contribución a la ciencia
Environmental Biogeochemistry Lab retweeted
Panama is absorbing more carbon than it emits tells us @tewksjj #SRI2023
Environmental Biogeochemistry Lab retweeted
🌳Impacto en el bosque esclerófilo: árboles pierden su verdor a causa de la sequía
Revisa todos los detalles de la investigación acá.👇🏼
ow.ly/Eb9050Q8hW3
Environmental Biogeochemistry Lab retweeted
Panama must protect mangroves and peatlands | Science science.org/doi/full/10.1126…
Environmental Biogeochemistry Lab retweeted
Returning to the respirometric analysis from ponds, @Mtz_Catalina at the @UniKonstanz made significant advancements by adapting @LGR_updates for incubation measurements. Thanks to her efforts, we can now efficiently measure all 250 vials within a single day 🫧 – at Constance, Germany
Environmental Biogeochemistry Lab retweeted
🌲 Tierra del Fuego forests in Patagonia are essential for Chile's carbon neutrality goals. While beavers contribute to 56.1% of forest loss (≈1.4 MtC), logging is nearly as impactful at 43.8% (≈1.2 MtC). Our last paper talk about it doi.org/10.1038/s41598-023-4… @EnvBiogLab
Environmental Biogeochemistry Lab retweeted
C. Seppey, L. Cabrol and M. Barret did a big effort to release our study of methane related microbial communities across Siberia, Alaska & Patagonia. We provided insights into how climate change may influence these microbes' roles in CH4 dynamics. doi.org/10.1111/1462-2920.16… – at Constance, Germany
Environmental Biogeochemistry Lab retweeted
This week in Nature: Mexican genomics – biobanks offer genetic insights into the diverse population of Mexico. Browse the full issue here: nature.com/nature/volumes/62…
Environmental Biogeochemistry Lab retweeted
I was invited by @Mtz_Catalina and Frank Peeters to help their students in a field sampling to assess limnological and peatland methods for estimating C dynamics in peatlands near Greifswald. This signifies the start of an exciting collaboration with Gerald Jurasinski's team.
Environmental Biogeochemistry Lab retweeted
En este Día de la Conservación del Suelo, les presentamos nuestra cápsula climática sobre la relevancia de las turberas como una solución basada en la naturaleza para la mitigación y adaptación al cambio climático. | Conoce más: bit.ly/43hRzUv
Environmental Biogeochemistry Lab retweeted
It’s lift off here in Panama! @IETA CEO & President, Dirk Forrister opens our Latin America Climate Summit. More and quicker #ClimateAction is needed in the year of the Global Stocktake, building up to COP28. #LACS #NetZero #carbonmarkets
Environmental Biogeochemistry Lab retweeted
1. Las turberas y pomponales son humedales, y como tales, son clave para la regulación del ciclo hidrológico, del clima, disponibilidad hídrica, mitigación de eventos climáticos extremos y hábitat para biodiversidad singular asociada.
Environmental Biogeochemistry Lab retweeted
Do beaver ponds increase methane emissions along Arctic tundra streams? iopscience.iop.org/article/1…
Environmental Biogeochemistry Lab retweeted
A fascinating close up of how a bee stinger works
📹 Stated Clearly
teapawt.net/blabla112345/status/16…