Quantifying the role of permafrost distribution in groundwater and surface water interactions using a three-dimensional hydrological model
Following my earlier post on promoting my research, this is the second study that I conducted in an attempt to understand the hydrology processes in high latitudes.
You are encouraged to read the first post for a background understanding of this study.
Let's cut to the chase, the title of this study is "Quantifying the role of permafrost distribution in groundwater and surface water interactions using a three-dimensional hydrological model", and you can access the paper through here or this.
In Arctic, snow and glacier are not the only players in the hydrology processes. Permafrost, the so called frozen soil is also an important player in both hydrology and carbon cycles.
There are several reasons for that: It is frozen, so it could potentially release a lot of water in the warming climate;Permafrost degradation can change the landscape, then both the carbon and water cycles will be affected;Permafrost is like a barrier, it blocks interactions. Therefore, permafrost degra…
You are encouraged to read the first post for a background understanding of this study.
Let's cut to the chase, the title of this study is "Quantifying the role of permafrost distribution in groundwater and surface water interactions using a three-dimensional hydrological model", and you can access the paper through here or this.
In Arctic, snow and glacier are not the only players in the hydrology processes. Permafrost, the so called frozen soil is also an important player in both hydrology and carbon cycles.
There are several reasons for that: It is frozen, so it could potentially release a lot of water in the warming climate;Permafrost degradation can change the landscape, then both the carbon and water cycles will be affected;Permafrost is like a barrier, it blocks interactions. Therefore, permafrost degra…