Multiple Skills of Aaron Zambo Make Him a Plus Point for His Company

In recent times, the ultimate requirement for an efficient and effective engineer in any construction company is the ultimate choice rather the preference. Each and every company desires for an efficient engineer who can be an asset for the company.

Ample of engineers are available out there who fulfill the company’s prime requirement, but amongst all of them, the one name that comes out of everything is Aaron Zambo. He has been a leading name in recent times for his brilliance and qualification. As each and every company looks for only the efficient one so, he stands loud amongst the crowd. This is where Aaron Zambo would play an important role.

Aaron Zambo and The Details About Him

He is a civil engineer by profession. But as a matter of fact, it is just not the only quality he possesses. He has a lot of years of experience in the construction management, construction planning, as well as reservoir construction.

In this particular context, this is absolutely worthwhile to note that he also has different other qualities and lessons, which quickly separates him from others. For example, he is also occupied in the structure of wetlands and also sewer utility design. He is also a specialist in geotechnical evaluation and hydrological analysis. Therefore, you can see that his ultimate experience is quite flexible in the field of civil engineering.

Besides all of this, his vivid and rich experience, he also possesses the unique and exclusive prestige to be the member of a variety of societies of American engineers. It is also evident from the fact that in the year 1996 that he was a member of the American Society of Civil Engineers.

In fact, in the same year, he was acknowledged for the membership in the National Society of Professional Engineers. Looking at the reputation and skill of Mr. Zambo, in the year 2002, the Council for Sustainable Florida, Collins Center also announced him the memberships. He also possesses the worthy certifications from numerous accredited engineering institutes. He has been there called an asset for the company for his multiple skills.

Aaron Zambo – Global Sea-Rise: An Early Warning

Aaron  Zambo, (2008) Global Sea-Rise: An Early Warning. Journal of Green Building

https://doi.org/10.3992/jgb.3.1.14

Aaron  Zambo, PE, LEED AP, Civil Engineer

HDR Engineering, 1400 Centrepark Blvd., Suite 1000, West Palm Beach, FL 33401-7412, Phone: 561.209.6624, Fax: 561.209.6606, Cell: 904-622-6882.

aaron.zambo@hdrinc.com

One of the most important problems facing coastal communities today is the effects of a global sea-rise on coastline habitat and infrastructure. Such a rise could inundate lowlands and wetlands, erode beaches, and exacerbate coastal flooding. Furthermore, rising sea level can influence the rate of salt-water intrusion into coastal aquifers, cause expansion of the salt-water wedge in estuaries, and increase the probability of damage from storm surges along coastlines. Predicting shoreline retreat and land loss rates is critical to planning future coastal zone management strategies and assessing biological impacts due to changes in or destruction of habitat. To date, long-term coastal planning has been done piecemeal, if at all (NRC, 1995). Consequently, facilities are being located and entire communities are being developed without consideration to the potential costs to relocate and/or protect them from the effects of sea-level rise, flooding, and/or loss of natural resources.

An average rise in global ocean levels of just a few inches could have devastating effects on coastal towns, cities, and ecosystems worldwide. More than 100 million people live within 1 meter (3.28 feet) of the mean sea level (Douglas & Kearney, 2001). The problem is exceptionally urgent and serious for the low-lying small island nations of the world. The Intergovernmental Panel on Climate Change concluded in 2006 that by 2100 the sea-level could rise as much as 0.58 meters (23 inches) (Solomon et al., 2007). Current estimates of sea-level rise by 2100 range between 0.30–0.91 meters (1–3 feet). The range reflects uncertainty about global temperature projections and how rapidly ice sheets will melt or slide into the ocean in response to the warmer temperatures.

Regardless of the future uncertainty, the current rate of sea-level rise is more than double the average sea-level rise seen over the past few centuries. Equally alarming is the fact that the rate of sea-level rise appears to have increased exponentially over the past few decades.