Within the field of species distribution modelling an apparent dichotomy exists between
process‐based and correlative approaches, where the processes are explicit in the former …

There are many models that attempt to predict physical processes in snow on the ground for
a range of applications, and evaluations of these models show that they have a wide range …

The utilization of complicated water quality models is the primary approach used to forecast
water quality. These models, however, are not easy to employ because of constraints, such …

Numerous radioecological models have been developed to predict radionuclides transfer
from contaminated soils to the food chain, which is an essential step in preparing and …

A 15 N tracing model was developed to analyse nitrous oxide (N 2 O) dynamics in terrestrial
ecosystems, which build on previous tracing models for the quantification of the main …

Repeated applications of mineral and/or organic fertilizer will probably affect gross nitrogen
(N) dynamics in soils in the long term but only a limited number of observations are …

Extensive covers of supraglacial debris are often present in glacier ablation areas, and it is
essential to assess exactly how the debris affects glacier melt rates. This paper presents a …

Many modelling studies examine the impacts of climate change on crop yield, but few
explore either the underlying bio-physical processes, or the uncertainty inherent in the …

Appropriate N management can improve soil fertility and favour crop growth and production.
Plant activities (eg N uptake and root exudates) also have feedback effects on soil N …

Problem complexity for watershed model calibration is heavily dependent on the number of
parameters that can be identified during model calibration. This study investigates the use of …