These design patterns, can be generalized to all cases with similar climatic conditions, in order to save more energy as well as enhancing social values in mentioned areas.
This study has evaluated four different polymer factories and simulated one of these factories in two climatic zones in order to review the potential for primary energy demand reduction and enhanced energy efficiency under different operating conditions.
Areal yields consistent with highly-productive energy crops on prime agricultural land are applied irrespective of regional or climatic considerations in order to establish an upper bound on the impact of agricultural bioenergy production (cf. Table 1).
These results are discussed against the background of published data on climatic conditions in order to identify both a possible time frame and triggers for this change in landuse.
This paper argues for a more radical approach which would zone land according to its overall vulnerability and resilience to anthropogenic and climatic influence in order to sustainably support the ecosystem services it can deliver.
However, as the goal of sustainability has become a common one throughout Europe and beyond, it is now established that the energy performance of Passive Houses has to satisfy thermal comfort under diverse climatic conditions, in order to enable its adequate global applicability.
Further research should be conducted to understand nonnative species responses to the specific environmental conditions (e.g. changes in temperature, precipitation, and nutrients) of climatic change in order to predict community composition under changing climatic conditions.
The recently proposed microvine model (DRCF-Dwarf Rapid Cycling and Continuous Flowering) was grown in climatic chambers in order to circumvent common constraints and biases inevitable in field experiments with perennial macrovines.
Areal yields consistent with highly-productive energy crops on prime agricultural land are applied irrespective of regional or climatic considerations in order to establish an upper bound on the impact of agricultural bioenergy production (cf. Table 1).> -wrap-foot> In the Alg-Feed scenario, algal biomass is used as feedstock, not for energy production.
A useful first step is to understand your local and regional climate, in order to work out the level of risk That's the advice from Davis, who added this can be done by investing in simple climatic monitoring equipment, which can be used to assess the performance of each season's crop in relation to climatic variables and the long-term climatic averages.
