In an article for The Guardian about the importance of trees, Dyani Lewis highlights Treepedia, a project by researchers in MIT’s Senseable City Lab, which maps the number of trees in cities around the world. Prof. Carlo Ratti explains that the project will hopefully “put pressure on government to plant more trees.”
Laura Winkless writes for Forbes about the ways robots are changing life in urban areas. ROBOATs, the fleet of autonomous boats and floating structures developed by Prof. Carlo Ratti, “could offer an additional, low-cost way to once again integrate local canals and rivers into the urban landscape,” said Winkless.
A study co-authored by Prof. Carlo Ratti finds ride-sharing is feasible in different cities around the world, reports Eleanor Cummins for Popular Science. “The key thing is how this can transform our cities. Every car you remove from the road, you are removing pollution and traffic,” explains Ratti.
Media Lab researchers have developed an autonomous tricycle that could decrease commuting times by 10 percent, writes Meghan Ottolini for The Boston Herald. Principal research scientist Kent Larson explains that the tricycles could be used to “meet the demand at rush hour, and at off-peak, you have excess vehicles that can move packages autonomously.”
Prof. Carlo Ratti has created a metal canopy that can control light and shade, and can be used to create microclimates in outdoor areas, reports Sophie Morlin-Yron for CNN. Morlin-Yron writes that Ratti explained that “the aim is to curb the heat that makes public areas in places like Dubai ‘unlivable’ during the hottest times.”
Guardian reporter Max Galka writes about Treepedia, a visual database of the urban canopy in 16 cities, developed by researchers from MIT’s Senseable City Lab. The database, “accounts for the density of trees, and by analyzing panoramas from Google Street View, it considers how buildings and other obstructions affect how the trees are perceived at ground level.”
Researchers from MIT’s Senseable City Lab are cataloging tree cover in cities around the world and have determined that Singapore has the most greenery of the 17 cities surveyed thus far, reports Audrey Tan for The Straits Times. The project is aimed at getting “people to take action to improve urban tree cover in their cities,” says Prof. Carlo Ratti.
AP reporter Mark Pratt writes that MIT researchers have developed a platform to map the tree canopy in cities around the world, in an effort to identify locations where more trees are needed. "We as humans have a natural willingness and desire to be in green spaces," explains Prof. Carlo Ratti.
In a video for Wired, Prof. Alex “Sandy” Pentland and Principal Research Scientist Kent Larson describe the collaborative interdisciplinary environment of the MIT Media Lab. Pentland explains that people “have to become more innovative to deal with big challenges like pollution and global warming.”
Cynthia Graber writes for The Boston Globe Magazine that MIT researchers developed a robot to collect sewage samples, in an effort to gain a better understanding of public health problems. The samples can pinpoint harmful environmental factors as well as “neighborhoods with high rates of infectious diseases or even obesity, levels of illegal drug use, and pollutants.”
MIT researchers have launched a new project, Treepedia, to catalogue the density of the tree canopy in cities around the world, reports Feargus O’Sullivan for CityLab. O’Sullivan explains that the project is aimed at making “issues of urban and environmental planning (and the data that underpins them) more accessible for non- or semi- professionals.”
CBC News reporter Laura DaSilva writes that MIT researchers have launched a project, called Treepedia, to measure the percentage of land covered by trees in urban areas. Using Google Street View, “the researchers measured the percentage of land covered by trees in 12 cities across the world.”
CSAIL researchers have found that ride-sharing taxis controlled by a citywide computer system could decrease the number of cars on the road in New York City, reports Clive Cookson for the Financial Times. The researchers found that “3,000 four-passenger cars could satisfy 98 per cent of the city’s demand.”
MIT researchers have developed a system to map streetlights, writes Linda Poon for The Atlantic CityLab. Using sensors mounted on top of vehicles, the system measures illumination levels, gathers data into a map, and distinguishes between background light and streetlights through machine learning, explains Poon.
A new book by Prof. Carlo Ratti and graduate student Matthew Claudel focuses on the impact technology has on cities, writes Kate Abbey-Lambertz for The Huffington Post. “Ratti and Claudel envision a potential future where new technology ― from individualized heating grids to neighborhood 3D-printing fabrication studios ― ‘weaves into a tapestry of citizen empowerment’.”