In addition, the USGS Earth Explorer is among our 15 free satellite data sources, so it's definitely worth getting to know it thoroughly. NOAA is an acronym for National Oceanic and Atmospheric Administration. It is a scientific agency founded in the United States with the objective of collecting data on the conditions of the oceans and the atmosphere. NOAA has a responsibility to warn citizens about possible hazardous weather conditions, map the seas, guide the use and protection of all ocean coastal resources, and conduct research to understand and improve environmental stewardship.
NOAA plays a variety of functions in society, most of which benefit the United States and the entire world in general. Just to name a few, NOAA is responsible for providing customers and partners with environmental information related to the nature and state of the atmosphere and oceans. This is one of the best destinations for any LiDAR data, including 3D images and models of the atmosphere and weather warnings. NOAA also has a responsibility to protect marine sanctuaries and other endangered marine species.
This is because they have the ability to acquire the data through a marine LiDAR and then translate the data into meaningful information. Most importantly, however, NOAA is listed as an important source of accurate and objective scientific information in four specific areas that are considered important both nationally and globally: ecosystems, climate, climate, and trade. NOAA primarily provides data on the climate conditions and climate conditions of a given area, including, but not limited to, marine and other topographic ecosystems. Black and white infrared film (BIR), with some exceptions, is sensitive to the spectral region that ranges from 0.4 micrometers to 0.9 microns.
It is sometimes referred to as near-infrared film because it uses only a narrow portion of the total infrared spectrum (0.7 micrometers to 0.9 microns). A national LIDAR dataset refers to a high-resolution LiDAR data set that comprises most and ideally the entire terrain of a nation. It is a collection of a variety of data on landscape topography in basically every state of the United States of America. Data sets of this type typically meet specified quality standards and are publicly available for free (or at a nominal cost) in one or more uniform formats from government or academic sources.
Any user can download the data from the source and use it for a variety of reasons. National LiDAR datasets are mainly used in LiDAR contour mapping and also for forest, urban and rural planning, recreational, environmental, engineering and geological studies and planning, among others. The NEON observatory is designed to collect high-quality, standardized data from 81 field sites in the United States (including Alaska, Hawaii, and Puerto Rico). Data collection methods are standardized at all sites and include on-site instrumental measurements, field sampling, and aerial remote sensing.
Field sites are strategically selected to represent different regions of vegetation, landforms, climate and ecosystem performance. NEON data and resources are freely available to allow users to address scientific questions at scales that previous generations of ecologists couldn't access. The United States Geological Survey website is a good starting point, as they have a large collection of high-quality LiDAR data. You can also try searching for specific data sets on Google Earth Engine or Earthdata, which offer free access to a variety of satellite and aerial data.
Finally, Equator provides easy access to a large database of government LiDAR data sources (including the USGS), so you can easily download the LiDAR and the results. This solution will open up LiDAR data to new markets within the geospatial community, increasing the number of projects, acquisitions and solutions related to LiDAR. This resource is a comprehensive, national list of known, high-precision topographic data, including LIDAR and IFSAR, and bathymetric data, including NOAA hydrographic studies, multi-beam data, and bathymetric LiDAR. This document outlines some of the best free LiDAR data sources that you can rely on for accurate LiDAR data.
Right now, there is a free, quality Lidar for specific regions, but within 8 years there should be Lidar data for the entire U. It's also difficult to obtain LiDAR data for free, as there are very few LiDAR data sources available for free. Engineers who view LiDAR and download LiDAR from Equator get their projects up and running faster, reducing downtime and closing more deals. Owners of LiDAR or GIS data can publish their data sets on LiDAR Online whenever they need to make any private use securely in accessing the data or to obtain data sets from other users.