Lecture
Air Pollution and Wind Analysis
In course
DEMO: tempor qui pariatur qui
Veniam eiusmod veniam voluptate Lorem consectetur ipsum occaecat duis ex sunt sunt voluptate adipisicing. Veniam laboris amet culpa dolor cupidatat excepteur sint in nostrud est veniam proident. Tempor ad pariatur sunt voluptate nulla laboris Lorem duis incididunt dolor et minim.
Description
In this lecture, the instructor covers the analysis of wind directions to explain the origins of air pollutants. Topics include loading libraries, reading wind data, merging data frames, visualizing wind roses, and summarizing wind speeds by season. The lecture also delves into the concept of wind direction in time, using examples to illustrate the application of wind analysis techniques.
Instructors (2)
occaecat nisi
Aute nisi officia veniam eiusmod ut minim irure velit cupidatat laboris proident proident. Nisi laboris fugiat elit eiusmod ex non Lorem culpa ipsum enim enim ea sit. Eu mollit ut aliquip aliquip. Non ut qui excepteur enim aute enim laborum ad eu culpa. Ullamco consequat qui anim anim quis ad consequat quis deserunt exercitation ex qui. Anim exercitation veniam ut et aute incididunt culpa esse esse nostrud id cillum.
velit velit in amet
Laborum labore sit qui ex culpa nostrud laboris. Ullamco ex in Lorem anim quis enim incididunt magna enim non mollit non deserunt. Esse occaecat proident cupidatat pariatur esse irure Lorem incididunt tempor. Est nostrud eu officia velit nisi dolor Lorem sit eiusmod aliquip quis pariatur in est. Culpa laborum mollit quis mollit reprehenderit esse Lorem nulla anim eiusmod dolor.
Official source
About this result
This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.
Ontological neighbourhood
Related lectures (105)
Soot Formation in Gas Fuels
Explores soot formation in gas fuels, emissions from gasoline and diesel, energy density of battery systems, and global carbon emissions.
Air Pollution Analysis
Explores air pollution analysis using wind data, probability distributions, and trajectory models for air quality assessment.
Nanotoxicology: Emerging Discipline from Ultrafine Particles
Explores nanotoxicology and atmospheric chemistry, focusing on particle deposition, emission, and acid deposition.
Probability Distributions in Environmental Studies
Explores probability distributions for random variables in air pollution and climate change studies, covering descriptive and inferential statistics.
Lake Geneva: Hydrodynamics and Environmental Impact
Delves into Lake Geneva's hydrodynamics, focusing on wind effects, internal waves, and basin exchange.