Eucalyptus replanting model representation for sustainable productivity: A review

The stable natural resources will encourage the productivity of sustainable eucalyptus replanting for the benefit of human life. Replanting eucalyptus plants is one of the things that drive sustainable productivity in eucalyptus processing. Eucalyptus replanting planning requires supporting tool dec...

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Bibliographic Details
Published in:IOP conference series. Earth and environmental science 2022-01, Vol.974 (1), p.12107
Main Authors: Sembiring, Nurhayati, Napitupulu, Humala Lodewijk, Sembiring, Meilita Tryana, Sipahutar, Aulia Ishak, Yesica, Lydia
Format: Article
Language:English
Subjects:
Climate change
Crop management
Decision analysis
Environmental impact
Eucalyptus
Evaluation
Forest ecosystems
Forest management
Forest practices
Forests
Hydrology
Literature reviews
Natural resources
Physiology
Productivity
Qualitative analysis
Strategic management
Sustainability
Sustainability management
Terrestrial ecosystems
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Summary:The stable natural resources will encourage the productivity of sustainable eucalyptus replanting for the benefit of human life. Replanting eucalyptus plants is one of the things that drive sustainable productivity in eucalyptus processing. Eucalyptus replanting planning requires supporting tool decisions to increase productivity, analyze variability, climate change, measure environmental impacts, and maximize profits. The paper aims to evaluate various models in representing the replanting of sustainable eucalyptus used for crop management. In this review, the discussion started from the history of eucalyptus, the approach to the compilation of literature reviews, the method for reviewing the literature, yields and discussions, and finally providing some significant recommendations. Reviews of physiological models based on 3PG (Physiological Principles in Predicting Growth) processes are considered capable of being optimal support tools in the management of sustainability strategies to evaluate the growth of eucalyptus plant. Its usefulness in providing simulations about the impacts of climate change, simulation of forest management practices, the impact of hydrology on forests, the attributes of location to standing growth, biomass dynamics and potential disruption to forest ecosystems make this model a supporting tool in forest management sustainability strategies. Review literature was obtained relevant literature for qualitative analysis from 2010 to 2021.
ISSN:1755-1307
1755-1315
DOI:10.1088/1755-1315/974/1/012107