Turkey has radically transformed its land title registration system, and decreased the turnaround time for recording property transactions to just two hours.
I remember my first visit to the agency in 2007. The agency is heavily staffed (15,000), has more than 100 branches and its main headquarters had once almost fallen apart. In my first visit, the head of the agency gave me a nice surprise: he showed me a land book that dated back to the 18th century, and included a record of my great-great-grandfather’s land title in Palestine.
The head of the agency had great plans to transform the agency by improving land records, introducing computerization and integrating the system into the overall e-government program, and setting a time limit of one day to register land transactions. Based on that an ambitious reform agenda, we worked together over a few months’ ‘time to prepare the cadastre modernization project. The Bank partly financed this reform through a $100 million loan, while the Turkish government funded the rest of the program. The project started in 2007, and I moved on to other positions later that year.
This time I had a second surprise. The institution is completely transformed. The main office has been completely and beautifully renovated. It now resembles any other government office in the US or Europe. The agency presented its achievements. It was amazing to see what had been accomplished in 8 years. The government is about to complete the renovation of the cadastre and the computerization of all land records, including historical records from Ottoman times. Service delivery has improved dramatically, with property transactions now being registered within 2 hours. They also integrated cadastre registration into the overall e-government program, which allows any Turkish citizen to access the record of their land/property online. Above all, customer satisfaction has reached 97% — something unheard of for land agencies, often known to be among the most corrupt agencies in many countries.
When you combine death-by-smog with deaths related to exposure to dirty indoor air, contaminated land and unsafe water, the grand total of deaths from all pollution sources climbs to almost 9 million deaths each year worldwide. That’s more than 1 in 7 deaths and makes pollution deadlier than malnutrition.
This fact deserves to be better known, as there are ready solutions. Inaction is not an option.
Actually I talk, and she goes "okay, okay" looking out the window.
She and I have learned a few new facts to share: one is the linkage of irregular precipitation associated with global climate change.
Chris Mooney, the environment and climate change writer for the Washington Post, recently wrote a great article explaining why more snow is another result of climate change. D.C. is on the south border of the NE of the United States, where, as you can see from the map, (provided by the US National Climate Assessment), extreme rain/snow events have increased dramatically. Similarly, in Jerusalem three weeks ago, the snow came with sleet, blueberry-size hailstones (see below) and lightning.
It’s one of the harsh realities of today.
Just as representatives from around the globe began to gather in Sendai, Japan, for an international disaster risk conference, authorities in Vanuatu were issuing evacuation alerts with Cyclone Pam intent on a destructive path towards the Pacific island nation.
On the eve of the official opening of the World Conference on Disaster Risk Reduction in Sendai, three cyclones – including the ferocious Cyclone Pam – were casting a menacing shadow over the Asia Pacific region.
It underscores a simple point. The threats posed by natural disasters are on the rise.
Modeled 2012 population in Guatemala at a spatial resolution of 100 m2
Inside the World Bank, the number of people passionate about using spatial data for development speaks to the relevance of spatial datasets in supporting critical decision making. In an effort to use spatial data more strategically, we recently conducted an informal poll among several Bank units and some partner institutions to find out what types of spatial data are most relevant to development professionals.
This survey found that the spatial distribution of the population was a key data layer needed by Bank staff. The results of the survey showed that that while national level data are useful, subnational detail on administrative boundaries, trade & transport infrastructure, population distribution and socio-economic data down to the city level are just as critical to the majority of respondents.
Want to learn more about urban migration and social inclusion? Watch live discussion on March 11 at 12:30pm EST.
Doug’s vivid account took me back to my hometown, Jaipur, Rajasthan, India: a city better known as a romantic tourist destination than as an “arrival city”. But there it is. A city that by most accounts, is very livable (perhaps that’s why angst against the city is low and it isn’t written about quite as much), and is host to thousands of migrants of all ilk.
Of the many that have over years begun to call Jaipur home, are families from Cooch Behar district in West Bengal. The bottom line is that women from Cooch Behar are overwhelmingly domestic workers in Jaipur homes. Why? For two reasons. First, Jaipur suddenly grew from being a mid-sized city in the 1990s to a thriving metropolis, up there among top ten Indian cities, by 2011, with a huge demand for domestic labor.
Second, taboos and norms (which would have to be a whole other discussion) make local Rajasthani women reluctant to work in the homes of others. Strangely, it’s fine to work in others’ fields or on construction sites, but not in others’ homes. So, it is difficult for the rich and the growing middle class to find local women to work in their homes. I forgot to say that domestic workers are overwhelmingly women, in case anyone was wondering.
Why Cooch Behar: a district way out at the other end of the country? That’s a story of social networks that establish migration patterns. Jaipur was a princely state and the Maharaja married the princess of Cooch Behar – the famed Gayatri Devi, in whose entourage came the first set of ladies-in-waiting. Over time, this migration route solidified and fulfilled Jaipur’s demand for female domestic workers. Some micro studies show that almost half of all female domestic workers in Jaipur come from Cooch Behar.
The idea of “Inclusive growth” and how to achieve it was talked about a lot in the days ahead of the 2014 World Bank-IMF Annual Meetings. Among the solutions on the table was a new initiative that could help unlock billions of dollars for infrastructure and improve the lives of many.
About 1.2 billion people live without electricity and 2.5 billion people don’t have toilets. Some 748 million people lack access to safe drinking water. The Global Infrastructure Facility (GIF) announced by World Bank Group President Jim Yong Kim this week hopes to lower these numbers by developing a pipeline of economically viable and sustainable infrastructure projects that can attract financing.
Imagine you are a city official who wants to ensure all future infrastructure and urban development in your city is climate- and disaster-sensitive. The first step is to understand the natural hazards of today and tomorrow—flood, storm surge, sea level rise, etc.—and how they could impact your city. Thanks to higher-resolution geospatial datasets released this week by the U.S. Government, you will now be able to have a better understanding of the risks your city faces and how to manage them.
These newly available Digital Elevation Models (DEMs) were developed by the U.S. Government and detail the surface of the earth in 3D. By illustrating the geography and topography of an area, they enable users to quantify the potential destructive impact of water-related hazards. As a city official, you will be able to base your analyses on 3D maps showing the natural terrain and elevation of your city, which determine the path of the water.
In 1999, the state of Odisha, India, was hit by the most powerful tropical cyclone ever recorded in the North Indian Ocean, causing nearly 10,000 fatalities and US$5 billion in damages. For the next decade, the government of Odisha and partners worked to identify and mitigate cyclone risk. When the similarly intense Cyclone Phailin struck Odisha in October 2013, the region counted 99.6% fewer deaths.
We cannot prevent a monsoon or cyclone from striking – and as population growth, urbanization, and climate change are on the rise, the frequency and impact of natural disasters will increase. But with innovation, collaboration and a better understanding of risk, we can build communities that are more resilient to natural hazards.
Every day, the world’s population generates enough waste to fill about 14 large soccer stadiums from top to bottom, more than 3.5 million tonnes. That's a lot of trash, from plastic bottles that aren't going anywhere to food scraps and other perishable items decaying and building up greenhouse gases in landfills and trash dumps.