When I was in primary school, there was a large construction project happening on the road in front of our house. I remember it was loud, dusty and the subject of constant complaints from our neighbors. However, my most vivid memory is of all the shiny, majestic machinery being delivered by the workers in their bright orange uniforms.
There was an immediate fascination among the children with these powerful and temptingly dangerous machines. Of course our parents all drilled us with the same message – “Do not go near, do not touch, do not interfere with the nice men repairing the roads,” and so we abided, but the curiosity and thrill of potentially touching these metal monsters never entirely subsided. Luckily, working in the transport sector now I get to be around construction equipment all the time!
Transport infrastructure planning and design take into consideration men and women’s differences in travel needs, patterns, and behaviors to promote gender equality. But do these differences also affect how they use intelligent transport systems (ITS)?
When I searched online for “IC card” (integrated circuit card used to pay transit fares), I found the pictures below (see Figure 1). They illustrate one of the differences between men and women: men tend to travel carrying very little while women tend to carry one or several bags. When women get on a bus, they need to locate the card in their bag which may take some time and hold up the queue behind them. To save time, a simple modification to the IC card reader could facilitate the process by not requiring them to take it out of their purse for swiping.
New Zealand has a long history of supporting its close neighbors in the Pacific, both in times of disaster and emergencies, and to help improve the lives of many thousands across the region.
On Waitangi Day, the national day of New Zealand, we take a look at three key World Bank projects in the Pacific, and how New Zealand’s support has been integral to making them happen.
Driving from the airport into the city of Apia, the capital of Samoa, is a great introduction to the country. Villages line the road with gardens filled with colorful flowers and palm trees. Hugging the northwest coastline, the road sometimes comes as close as five meters from the shoreline, giving passengers truly spectacular views of the Pacific Ocean.
While it’s a scenic introduction to Samoa, this drive is also a stark reminder of just how sensitive the country’s coastline is to erosion and damage. More than 50% of West Coast Road, Apia’s main roadway, sits less than three meters (9.8 feet) above sea level and just a few meters from the shoreline, making it highly vulnerable to damage and deterioration. When tropical cyclones, heavy rain, king tides and storm surges hit these coastal roads, they can lead to erosion, flooding and landslips, causing road closures and threatening the safety of the people who use them.
Last week, I had the opportunity to attend the Singapore Urban Week along with other colleagues from the World Bank Beijing office, as well as delegates from China’s national government and participating cities. For all of us, this trip to Singapore was an eye-opening experience that highlighted the essential role of integrated urban planning in building sustainable cities, and provided practical solutions that can be readily adapted to help achieve each city’s own development vision. A couple of key lessons learned:
Putting people at the center of development strategies
This is only possible when planners always keep in mind people’s daily experience of urban space and invite them as part of decision-making process through citizen engagement.
For instance, in many cities, public transit has been perceived as a low-end, unattractive option of travel, causing ridership to stagnate despite severe traffic congestion. But in Singapore, public transit accounts for 2/3 of the total travel modal share in 2014. Moving around the city by metro is comfortable and efficient because transfers between different modes and lines are easy, with clear signage of directions, air-conditioned connecting corridors, and considerate spatial designs and facilities for the elderly and physically-challenged users. In addition, metro stations are co-located with major retail and commercial activities and other urban amenities, significantly reducing last-mile connectivity issues.