Funding Information: This work was supported by a Studentship from the Macaulay Development Trust (Grant Number: E000646-00). The authors would like to acknowledge Christopher Evans and Joseph Holden for their precious help and advice in defining the percentage of carbon that is lost as DOC, Roxane Andersen for the comments on the first version of the manuscript and the suggestions to improve the methodology, and Scottish Water for making available the data about the reservoirs and for answering important questions about water treatments.Peer reviewedPostprin
Peatlands are globally‐important terrestrial carbon stores as well as regional sources of potable wa...
Over recent decades, a wide range of rivers and lakes draining peat-dominated catchments across the ...
There is increasing evidence that the global climate is changing and that this will have implication...
Dissolved organic carbon (DOC) has received increased prominence in drinking water research, as conc...
Water provision is a valuable ecosystem service that is of central importance to human well-being. P...
Catchments draining peat soils provide the majority of drinking water in the UK. Over the past decad...
Peatlands are globally‐important terrestrial carbon stores as well as regional sources of potable wa...
There is "irrefutable evidence" that the global climate is changing due to human activities. Even in...
Peatlands are important global terrestrial carbon stores as well as sources of regional potable wate...
Open Access via Springer Compact Agreement. Acknowledgements: This work was possible thanks to a Stu...
High concentrations and fluxes of dissolved organic carbon (DOC) in fluvial systems are associated w...
Peatlands are serving as one of the most important terrestrial carbon stores in the United Kingdom a...
The presence of natural dissolved organic carbon (DOC) in drinking water supplies is undesirable due...
Peatland reservoirs are global hotspots for drinking water provision and are likely to become more i...
Peatlands cover over 400 million hectares of the Earth's surface and store between one-third and one...
Peatlands are globally‐important terrestrial carbon stores as well as regional sources of potable wa...
Over recent decades, a wide range of rivers and lakes draining peat-dominated catchments across the ...
There is increasing evidence that the global climate is changing and that this will have implication...
Dissolved organic carbon (DOC) has received increased prominence in drinking water research, as conc...
Water provision is a valuable ecosystem service that is of central importance to human well-being. P...
Catchments draining peat soils provide the majority of drinking water in the UK. Over the past decad...
Peatlands are globally‐important terrestrial carbon stores as well as regional sources of potable wa...
There is "irrefutable evidence" that the global climate is changing due to human activities. Even in...
Peatlands are important global terrestrial carbon stores as well as sources of regional potable wate...
Open Access via Springer Compact Agreement. Acknowledgements: This work was possible thanks to a Stu...
High concentrations and fluxes of dissolved organic carbon (DOC) in fluvial systems are associated w...
Peatlands are serving as one of the most important terrestrial carbon stores in the United Kingdom a...
The presence of natural dissolved organic carbon (DOC) in drinking water supplies is undesirable due...
Peatland reservoirs are global hotspots for drinking water provision and are likely to become more i...
Peatlands cover over 400 million hectares of the Earth's surface and store between one-third and one...
Peatlands are globally‐important terrestrial carbon stores as well as regional sources of potable wa...
Over recent decades, a wide range of rivers and lakes draining peat-dominated catchments across the ...
There is increasing evidence that the global climate is changing and that this will have implication...