Designing for Climate Change

Designing for Climate Change

 

 

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Designing for Climate Change

It has become imperative for modern developers to take consideration the growing concerns of climate change in their construction activities. From contract development, designing to construction and completion of buildings, adhering to the concerns of climate change is mandatory. Buildings are being designed to accommodate increased incidences of natural hazards such as floods and storms as well as changes in climate resulting in high temperatures (Minke, 2006).

Contracts of acquisition of land should be directed towards ensuring that essential ecosystems are preserved. This would be effective in reducing the effects pollution on essential ecosystems that provide habitats for diverse living organisms. Sustainable planning of landscape developments should be emphasized as a means of curbing the growing destruction of essential ecosystems. Enhancing rural and urban developments while ensuring the protection and conversation of the natural environment can effectively alter the losses attributable to the growing levels of environment destruction and overall climate change (Minke, 2006).

Sustainable procurement practices could enhance the improvement in terms of climate change. With the increase in demand for housing procurement of raw materials and related construction products, should reflect the need for sustainable development of modern housing for the public. In addition, customers have become conservative concerning the environment. Providing them with appropriate alternatives for developing their homes in terms of procuring sustainable material enhances the overall achievement of millennial goals of reducing environmental degradation and pollution (Minke, 2006).

Procurement is an important aspect of building activity given that it determines the type of material and sustainability of the structure top be developed. Thus adhering to environmental concerns in procurement activities provides an opportunity to source for quality and sustainable materials that do not threaten the environment and enhance the levels of degradation and pollution of the environment. Enhanced use of recycled content and sustainable sources of timber could provide immediate solutions to increased demand for sustainable construction materials due to growing environmental concerns such as pollution and degradation of the environment (Minke, 2006).

Designing modern buildings should be done with consideration of the emerging concerns and issues of environmental degradation pollution and declining resources and materials for construction. Consumers gradually understand the demanding the need for enhanced utilities in their homes, offices and workplaces as a means of reducing costs associated with labor, energy and security. Accommodating the trends towards clean and renewable energy for use in modern buildings is highly effective in providing sustainable solutions for modern construction (Hegger, & Institut für Internationale Architektur-Dokumentation, 2008).

Designing of sustainable drainage systems would also enhance the reduction of effects of environmental pollution. This provides for enhanced surface water movement and drainage, minimized risks of pollution and flooding through attenuation. This has a significant effect on the improvement of quality of local environments and enhanced creation of habitats that are essential for biodiversity. Furthermore, this provides enhanced quality of life for growing communities irrespective of the growth levels of population. Energy conservation, responsible use of water and ensuring responsible disposal of waste and use of resources are primary considerations in designing of modern structures (Minke, 2006).

Construction activities also focus on sustainable practices in terms of rational use of resources such as water and other materials used for construction purposes. Ensuring that there is appropriate and responsible use of resources in construction activities ensures that the goals of sustainable developments are achieved with respect to concerns on environmental degradation and pollution (Minke, 2006).

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

References

Hegger, M., & Institut für Internationale Architektur-Dokumentation. (2008). Energy manual: Sustainable architecture. Basel: Birkhäuser.

Minke, G. (2006). Building with earth: Design and technology of a sustainable architecture. Basel: Birkhauser-Publishers for Architecture.

 

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