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[Construction]

reddit If that happens, Broadway’s traffic problems in the area will only get worse, said Andrew Clark, Greater Portland Council of Government’s regional transportation planner, and one of the study’s managers. “The city of South Portland will experience some growth in the coming years, so the question is how to make that corridor as efficient as possible?” he said. https://www.pressherald.com/2020/10/27/new-study-to-look-at-passenger-ferry-between-portland-south-portland/ The $82,000 study is funded largely by the Portland Area Comprehensive Transportation System, a metropolitan planning organization. The city of South Portland is providing a $36,000 local match. Clark said a number of studies in recent years have spoken to the problem, such as the 2018 Smart Corridor Study, which examined traffic issues along a 7-mile corridor connecting Portland and South Portland. According to the study, a sampling of traffic data collected over a 48-hour period in May 2017 on Broadway east of Sawyer Street showed an average count of 13,200 vehicles per day. At peak hours in the morning, the study showed as many as 890 vehicles per hour – and evening peak hours were even worse, with 1,090 vehicles per hour. Clark also noted the governments’ group listed Broadway in general as a priority in a 2016 study, meaning the road will be more likely to get access to federal funding for improvements. Nevajda said the study will likely produce the following recommended changes to improve or reduce traffic flow: Bike infrastructure, including adding bike lanes and/or shared lanes for bikes Sidewalk improvements, including curb extensions and sidewalk crossings Nevajda said the hard part isn’t knowing what to do, but where to do it. The easiest fix would be to widen Broadway and implement all the suggested improvements and benefits such as more turn lanes.

https://www.pressherald.com/2020/11/25/traffic-study-seeks-to-solve-snarl-up-in-south-portland/

[Water Consumption] [Training]

This research is within the framework of the technique known as precision irrigation, a new system that uses the most advanced technology to irrigate at an optimal level, supplying the exact amount of water to every part of the grove and circumventing losses. are speaking "The aim is to use water effectively and where it is most needed", points out Elías Fereres. Though the research was performed on almond plantations, this research could be used on other tree crops such as olive trees, which are so important to the economy in Andalusia and on many occasions suffer from times of water shortages. A related project on which the group is also working is being led by Professor Francisco Villalobos from the University of Cordoba. It is called Project Olive-Miracle, which aims to develop a model to forecast how olive trees behave to climate change, which would provide more information in order to make decisions in the sector in the future. V. Gonzalez-Dugo, L. Testi, F.J. Villalobos, A. López-Bernal, F. Orgaz, P.J.

https://www.eurekalert.org/pub_releases/2020-10/uoc-wcf102720.php