Abstract
We describe a new coordination activity and initial results for a global synthesis of eddy covariance CH4 flux measurements.
- Title
- FLUXNET-CH4 Synthesis Activity: Objectives, Observations, and Future Directions FLUXNET-CH4 Synthesis Activity: Objectives, Observations, and Future Directions
- Creators - without role
- Sara H KnoxRobert B JacksonBenjamin PoulterGavin McNicolEtienne Fluet-ChouinardZhen ZhangGustaf HugeliusPhilippe BousquetJosep G CanadellMarielle SaunoisDario PapaleHousen ChuTrevor F KeenanDennis BaldocchiMargaret S TornIvan MammarellaCarlo TrottaMika AurelaGil BohrerDavid I CampbellAlessandro CescattiSamuel ChamberlainJiquan ChenWeinan ChenSigrid DengelAnkur R DesaiEugenie EuskirchenThomas FriborgDaniele GasbarraIgnacio GodedMathias GoeckedeMartin HeimannManuel HelbigTakashi HiranoDavid Y HollingerHiroki IwataMinseok KangJanina KlattKen W KraussLars KutzbachAnnalea LohilaBhaskar MitraTimothy H MorinMats B NilssonShuli NiuAsko NoormetsWalter C OechelMatthias PeichlOlli PeltolaMichele L RebaAndrew D RichardsonBenjamin RK RunkleYoungryel RyuTorsten SachsKarina VR SchäferHans Peter SchmidNarasinha ShurpaliOliver SonnentagAngela CI TangMasahito UeyamaRodrigo VargasTimo VesalaEric J WardLisamarie Windham-MyersGeorg WohlfahrtDonatella Zona
- Publisher
- eScholarship, University of California
- Identifiers
- 99915141004826
- Academic Unit
- Department of Environmental Resources Engineering
- Language
- English
- Resource Type
- Journal article