@jimdtweet @ChrisMartzWX Sure , but it creates CO2 at very hight altitudes because it raises more before being oxidized. And we keep raising the production. Both from land uses and natural gas production. https://t.co/L9lgWIT6Hp
RT @GOESguy: #Geostationary #satellite observations of extreme and transient #methane emissions from oil and gas infrastructure - https://t…
#Geostationary #satellite observations of extreme and transient #methane emissions from oil and gas infrastructure - https://t.co/e0grftBRXe Figure: "Methane absorption cross-sections and #GOES ABI bands (5 & 6) in the shortwave infrared. @hseas @Harva
RT @PNASNews: High-resolution satellite imaging was used to capture large, transient emissions of methane from energy infrastructure, inclu…
Harvard researchers demonstrate how the US Geostationary Operational Environmental Satellites (GOES) — satellites that are positioned ~22K miles above earth — can be used to continuously monitor big methane emissions events. Read more: https://t.co/SMQsAs
Harvard-led research demonstrates a new method of methane emissions monitoring, revealing massive methane releases over short periods of time, including an extreme 3-hour methane release from a natural gas pipeline in Durango, Mexico. (1/4)
RT @PNASNews: High-resolution satellite imaging was used to capture large, transient emissions of methane from energy infrastructure, inclu…
RT @PNASNews: High-resolution satellite imaging was used to capture large, transient emissions of methane from energy infrastructure, inclu…
RT @PNASNews: High-resolution satellite imaging was used to capture large, transient emissions of methane from energy infrastructure, inclu…
High-resolution satellite imaging was used to capture large, transient emissions of methane from energy infrastructure, including the deliberate venting of 260–550 metric tons of methane per hour over three hours from a pipeline in Mexico. In PNAS: https:/
Artık uzaydan dünyanın her yerinde metan gazı emisyonu izlenebilecek. Metan gazı, CO2'e göre 24 kat daha fazla sera gazı etkine sahiptir. https://t.co/BDokdR14jE
RT @MethaneData: 💡 New Science Alert: Study uncovers how geostationary satellites can help the world keep a closer eye on sources of methan…
RT @MethaneData: 💡 New Science Alert: Study uncovers how geostationary satellites can help the world keep a closer eye on sources of methan…
RT @MethaneData: 💡 New Science Alert: Study uncovers how geostationary satellites can help the world keep a closer eye on sources of methan…
RT @MethaneData: 💡 New Science Alert: Study uncovers how geostationary satellites can help the world keep a closer eye on sources of methan…
RT @MethaneData: 💡 New Science Alert: Study uncovers how geostationary satellites can help the world keep a closer eye on sources of methan…
RT @MethaneData: 💡 New Science Alert: Study uncovers how geostationary satellites can help the world keep a closer eye on sources of methan…
RT @MethaneData: 💡 New Science Alert: Study uncovers how geostationary satellites can help the world keep a closer eye on sources of methan…
💡 New Science Alert: Study uncovers how geostationary satellites can help the world keep a closer eye on sources of methane. 🌎 This data is already being used by @UNEP’s IMEO to help govts + companies #CutMethane. More here ➡️ https://t.co/dMfGsluJgO htt