Surface albedo refers to the fraction of solar irradiance that is reflected by a surface. Accurate characterisation of the albedo of various land cover types is required for evaluating the energy exchange between the Earth s surface and the atmosphere. The optical and structural properties of a surface determine its albedo. Boreal forest albedo can vary due to factors such as tree species composition, forest structure, understorey vegetation composition, and seasonal changes in vegetation and snow cover. The aim of this study was to characterise typical albedos of Finnish forests dominated by different tree species, evaluate the seasonal variation in forest albedo, and to estimate the effects of structural forest variables and understor...
The surface albedo time series, CLARA-A2 SAL, was used to study trends in the snowmelt start and end...
The importance to consider changes in surface albedo and go beyond simple carbon accounting when ass...
Vegetation cover and land-use changes induced by human activities have changed the global surface al...
Surface albedo, which is the fraction of reflected radiant energy by earth’s surface to incoming sol...
Land surface albedo is an essential climate variable controlling the planetary radiative energy budg...
Uncertainties in estimation of albedo-related radiative forcing cause ambiguity in evaluation of net...
Uncertainties in estimation of albedo-related radiative forcing cause ambiguity in evaluation of net...
Uncertainties in estimation of albedo-related radiative forcing cause ambiguity in evaluation of net...
Abstract. Using the Boreal Ecosystem-Atmosphere Study mesonet data, we show the annual cycle of albe...
Predicting the surface albedo of a forest of a given species composition or plant functional type is...
Forests are critical in regulating climate by altering the Earth's surface albedo. Therefore, there ...
Albedo and fraction of absorbed photosynthetically active radiation (FAPAR) determine the shortwave ...
Albedo and fraction of absorbed photosynthetically active radiation (FAPAR) determine the shortwave ...
Short summary The surface albedo time series CLARA-A2 SAL was used to study trends in the timing ...
The surface albedo significantly modulates the atmospheric energy budget and, thus, vertical radiati...
The surface albedo time series, CLARA-A2 SAL, was used to study trends in the snowmelt start and end...
The importance to consider changes in surface albedo and go beyond simple carbon accounting when ass...
Vegetation cover and land-use changes induced by human activities have changed the global surface al...
Surface albedo, which is the fraction of reflected radiant energy by earth’s surface to incoming sol...
Land surface albedo is an essential climate variable controlling the planetary radiative energy budg...
Uncertainties in estimation of albedo-related radiative forcing cause ambiguity in evaluation of net...
Uncertainties in estimation of albedo-related radiative forcing cause ambiguity in evaluation of net...
Uncertainties in estimation of albedo-related radiative forcing cause ambiguity in evaluation of net...
Abstract. Using the Boreal Ecosystem-Atmosphere Study mesonet data, we show the annual cycle of albe...
Predicting the surface albedo of a forest of a given species composition or plant functional type is...
Forests are critical in regulating climate by altering the Earth's surface albedo. Therefore, there ...
Albedo and fraction of absorbed photosynthetically active radiation (FAPAR) determine the shortwave ...
Albedo and fraction of absorbed photosynthetically active radiation (FAPAR) determine the shortwave ...
Short summary The surface albedo time series CLARA-A2 SAL was used to study trends in the timing ...
The surface albedo significantly modulates the atmospheric energy budget and, thus, vertical radiati...
The surface albedo time series, CLARA-A2 SAL, was used to study trends in the snowmelt start and end...
The importance to consider changes in surface albedo and go beyond simple carbon accounting when ass...
Vegetation cover and land-use changes induced by human activities have changed the global surface al...