They study different points of view on high-rise construction and note that the approaches to this problem are very different. In this article, the authors consider the socioecological problems that arise in the construction and operation of high-rise buildings. The implementation of an SBSC provides organizational benefits and must take into consideration the peculiarities of each organization. We conclude that, through this framework, sustainability can be aligned with the strategic management of the company.

We present a qualitative case study based on interviews and on documental analysis. The main purpose of this paper is to study the company and to propose an SBSC. This company acquires, develop, exploit and commercialize rural properties that are suitable for agriculture. This study relays on the Brazilian company with the largest amount of agricultural land. It establishes causal relationships between economic, social and environmental perspectives, and highlights its potential impacts. This study presents the corporate sustainability management through the integration of social and environmental issues in the traditional Balanced Scorecard, that is, through a Sustainability Balanced Scorecard (SBSC). The agricultural sector in Brazil has a noticeable impact on its wealth and a significant effect on sustainability. The damping ratio variations with shear strain are generally ascending despite local drops at the strain order of 0.1%, which has appeared in both triaxial and simple shear results. In triaxial method, on the other hand, similar increase occurs only up to the inflection point in SWCC, starts reducing afterwards down to a limit value at residual water content. On the basis of cyclic simple shear results, the increase in suction pressure from zero to the end of transition zone in SWCC leads to increase in G values.

It is noticed that the variations of G and D with suction stress in triaxial differs from those in simple shear. Nevertheless, mean confining stress has dissimilar effects in each of the two tests that does not provide comparable empirical correlations. It is well-understood that degrading curvature of G with shear strain appears in both triaxial and simple shear results. In the present study, cyclic triaxial and simple shear tests are performed on Firuzkuh silica sand at various shear strain amplitudes using the developed testing devices and peripherals. Shear modulus (G) and damping ratio (D) are both well known as principal soil dynamic parameters. Positioning in global branding, integration across campus and regional level networking was aimed to leverage currents assets into further opportunities for research, teaching and institutional development. For developing more robust approach, Sustainable Development Goals (SDG) has been incorporated in to six Living Labs (LL) initiatives. Improvement through transnational researches which is under Water and Energy Nexus projects such as biomass utilization and groundwater projects are escalating the efforts.

One of the main strength of UTM in UI GreenMetric evaluation components is Setting and Infrastructure that incorporates environmental and social considerations in addition to the traditional cost, time and quality. To boost this effort, sustainability elements have been implemented in Universiti Global Plan III (2018-2020) and UTM Master Plan 2017-2037. In 2010, among the first institution supporting UI GreenMetric auditing, UTM was positioned at rank 85, and then gradually improving the performance to position ourself to rank 66 in 2017. Universiti Teknologi Malaysia (UTM) through UTM Campus Sustainability Office ready to transform the campus as platform to inculcate the sustainability mind set of young people through education and empowering them to continue living the values in the future as stated in Transformasi Nasional 2050 (TN50) development plan. Sustainability is a growing priority for higher education institutions around the world.

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