The information concerning the productivity of barley shows that there are several conditions that barley requires for the highest productivity of the plants and the enhanced growth process. Specifically, the table shows that the characteristics such as low slope, high rainfall, and mid temperature conditions are the most crucial characteristics of the environment in which barley is going to grow. The observed data should be used when creating the setting for barley to provide a significantly larger amount of harvest.
Moreover, the suggested perspective for encouraging the growth of barley should incorporate the strategies that will allow for its enhanced production. Currently, the conditions under which barley has proven to develop at the fastest rate include high humidity rate, and mild temperature, which means that the areas with regular rainfalls and the increased levels of humidity will provide the best premises for the growth of barley. According to the climate map of Australia, nearly the entire continent meets the specified criteria, which suggests that barley can be planted in any of the target settings. However, it is highly recommended that the areas approaching the coast of Australia should be avoided due to the threat of sharp weather change, which may have an adverse effect on the production and growth of barley.
Moreover, given the fact that the suitability factor for growing barley in Australia is only going to grow as time pass, there are reasons to transfer most of the essential elements of the supply chain to the specified setting. Thus, in light of the fact that barley requires high levels of humidity, most of the areas in Australia that can be considered as possible environments for locating the fields can be deemed as highly effective. Nevertheless, the focus on sustainable development of the business and the use of tools that contribute to the growth of the project require that the present supply chain should be expanded to the context of the global market to seek for better suppliers of the required materials and equipment (Ashraf, Ayoubi, & Manoukyan, 2011).
For this purpose, some of the production processes will have to be introduced to other areas as well, including the neighbouring states. However, of all aspects of the conditions that Australia provides for growing barley, temperature appears to be the source of most concerns. Although the current temperature rates are marginally appropriate for growing barley, the 2050 projections show that only coastal areas will be suitable for growing barley in the nearest future (Gool & Vernon, 2006). Therefore, considering the transfer of the barley growth processes from Australia to less hot environments should be deemed as the inevitable measure that will help to improve the performance of the project and maintain its efficacy.
The results obtained in the course of the analysis have huge importance for the implementation of the project since they inform the strategies that have to be selected in order to manage some of the limitations that the Australian setting provides. While the natural environment of Australia can be described as rather favourable for growing barley, some of its aspects prevent from the successful development of the plant, causing the chances for success to shrink and the number of costs to increase (Australian Export Grains Innovation Centre, 2018). Thus, evaluating the existing options and locating critical risks are the necessary steps for keeping the project alive and well in the Australian market.
When comparing the results of the assessment to the previous studies, one should note that the current research states the problems observed in the Australian climate more accurately and provides a more detailed 35-year projection. Since even studies that are more recent tend to focus on the nearest future or consider the current timeline, it is necessary to explore the changes that await Australia and its agricultural opportunities in a more distant future, the described observations will help to locate possible challenges (Misachi, 2017). Thus, compared to other studies, this one will introduce opportunities for improving the process of running the project and simultaneously meeting the current sustainability standards so that the environment should not be affected by the activities carried out to boost the growth of barley. Finally, the extension of the supply chain represents a new direction for a study addressing the growth of the Australian barley producing industry to take.
However, the research will have to deal with certain limitations. First, the analysis of the possible projections for 2050 implies incorporating the data that has not been verified and may alter as climate changes advance on the global scale. Thus, some of the forecasts, such as the levels of humidity and heat, may deviate from the actual ones to be observed in the future (Graham, 2019). Moreover, other factors that can potentially affect the growth of the crops, such as the fertility of the land, the presence of pests, and other crucial characteristics of the local ecosystem, have been omitted for the sake of keeping the focus on the primary ones. Nevertheless, the research is expected to provide important pieces of advice for increasing the efficacy of the supply chain within the industry and raising the production levels.
References
Ashraf, S., Ayoubi, S. & Manoukyan, M. (2011). Land suitability evaluation in Damghan Plain for barley, using compare and conformity methods (Northeast-Iran). Pakistan Journal of Biological Sciences, 14(2), 123-127.
Australian Export Grains Innovation Centre. (2018). Australian barley. Web.
Gool, D., & Vernon, L. (2006). Potential impacts of climate change on agricultural land use suitability: barley. Web.
Graham H. (2019) Irrigated barley – Best practice guide. Web.
Misachi, J. (2017). What are the causes and consequences of crop failures?Web.