Resource information
Biophysical restoration or rehabilitation measures of land have demonstrated to be effective
in many scientific projects and small-scale environmental experiments. However circumstances such
as poverty, weak policies, or inefficient scientific knowledge transmission can hinder the effective
upscaling of land restoration and the long term maintenance of proven sustainable use of soil and
water. This may be especially worrisome in lands with harsh environmental conditions. This review
covers recent efforts in landscape restoration and rehabilitation with a functional perspective aiming
to simultaneously achieve ecosystem sustainability, economic efficiency, and social wellbeing. Water
management and rehabilitation of ecosystem services in croplands, rangelands, forests, and coastlands
are reviewed. The joint analysis of such diverse ecosystems provides a wide perspective to determine:
(i) multifaceted impacts on biophysical and socio-economic factors; and (ii) elements influencing
effective upscaling of sustainable land management practices. One conclusion can be highlighted: voluntary adoption is based on different pillars, i.e. external material and economic support, and
spread of success information at the local scale to demonstrate the multidimensional benefits of
sustainable land management. For the successful upscaling of land management, more attention
must be paid to the social system from the first involvement stage, up to the long term maintenance.
