A more complete understanding of the genes responsible for the phenotype will help provide novel breeding strategies and expand the resources of conversion-efficient plants.
Kim et al. (2011) formulated a model that enables the selection of fuel conversion technologies and capacities, biomass locations and the logistics of transportation from forestry resources to conversion, and from conversion to final markets.
The main concerns are related to overexploitation of tree resources and conversion of woodlands to other non-forestry purposes, which potentially have negative impacts not only on climate change but also on local food and fuel production [1, 4, 5].
Disturbance of the water systems and deforestation and forest degradation are occurring due to poor management of natural resources, the conversion of natural habitat to farmland, overgrazing by livestock and unsustainable fuel wood and timber extraction (Teshoma 2010; Hailemariam et al. 2015).
The use and the disaggregation of life cycle inventory (LCI) databases allows for extending the systematic generation of resources to services conversion chains and for including the environmental impacts in the process design procedure.
Because the agricultural land in the area is of high grade and the forested areas have scenic beauty and resources, the conversion of agricultural and forestland around the urban center of the province cannot be equated with urban sustainable development indicators.
This may be explained by the incorporation of MAAs from several trophic resources, by the conversion of the MAAs acquired from the food or by translocation from a symbiont.
The loss of biodiversity, reliance on non-renewable natural resources, and conversion of once wild ecosystems for human use with attendant desertification/soil erosion, has led to a shift of consciousness and the widespread call for sustainability of human activities.
The settling of nomads resulted in an early version of land grabbing, expropriation of inherited resource access and resource conversion, albeit it took place mainly within the boundaries of nation states and promoted input-demanding forms of agriculture in order to increase material output.
U-Compare provides such a type system, which aims to allow for comparison of resources, and conversion between different users' individual type systems (Kano et al., 2008).
Microalgae are important resources for the conversion of CO2 and sunlight into usable energies because they show the potential for higher lipid production than other biomass sources (Service 2011; Fan et al. 2014; Su et al. 2016).
