X

NV5 Geospatial Blog

Each month, NV5 Geospatial posts new blog content across a variety of categories. Browse our latest posts below to learn about important geospatial information or use the search bar to find a specific topic or author. Stay informed of the latest blog posts, events, and technologies by joining our email list!



NV5 at ESA’s Living Planet Symposium 2025

NV5 at ESA’s Living Planet Symposium 2025

9/16/2025

We recently presented three cutting-edge research posters at the ESA Living Planet Symposium 2025 in Vienna, showcasing how NV5 technology and the ENVI® Ecosystem support innovation across ocean monitoring, mineral exploration, and disaster management. Explore each topic below and access the full posters to learn... Read More >

Monitor, Measure & Mitigate: Integrated Solutions for Geohazard Risk

Monitor, Measure & Mitigate: Integrated Solutions for Geohazard Risk

9/8/2025

Geohazards such as slope instability, erosion, settlement, or seepage pose ongoing risks to critical infrastructure. Roads, railways, pipelines, and utility corridors are especially vulnerable to these natural and human-influenced processes, which can evolve silently until sudden failure occurs. Traditional ground surveys provide only periodic... Read More >

Geo Sessions 2025: Geospatial Vision Beyond the Map

Geo Sessions 2025: Geospatial Vision Beyond the Map

8/5/2025

Lidar, SAR, and Spectral: Geospatial Innovation on the Horizon Last year, Geo Sessions brought together over 5,300 registrants from 159 countries, with attendees representing education, government agencies, consulting, and top geospatial companies like Esri, NOAA, Airbus, Planet, and USGS. At this year's Geo Sessions, NV5 is... Read More >

Not All Supernovae Are Created Equal: Rethinking the Universe’s Measuring Tools

Not All Supernovae Are Created Equal: Rethinking the Universe’s Measuring Tools

6/3/2025

Rethinking the Reliability of Type 1a Supernovae   How do astronomers measure the universe? It all starts with distance. From gauging the size of a galaxy to calculating how fast the universe is expanding, measuring cosmic distances is essential to understanding everything in the sky. For nearby stars, astronomers use... Read More >

Using LLMs To Research Remote Sensing Software: Helpful, but Incomplete

Using LLMs To Research Remote Sensing Software: Helpful, but Incomplete

5/26/2025

Whether you’re new to remote sensing or a seasoned expert, there is no doubt that large language models (LLMs) like OpenAI’s ChatGPT or Google’s Gemini can be incredibly useful in many aspects of research. From exploring the electromagnetic spectrum to creating object detection models using the latest deep learning... Read More >

1345678910Last
«September 2025»
SunMonTueWedThuFriSat
31123456
78910111213
14151617181920
21222324252627
2829301234
567891011
15995 Rate this article:
5.0

The Real Value of Remotely Sensed Data

Anonym

This past week, I was reminded of just how nascent the remote sensing industry is while reading a blog post titled Google Maps turns 10! Was I the only one who heard this news and thought, "really, Google Maps is only 10 years old?" It's hard for me to even remember how I got around before Google Maps came along. I recall having a stack of maps in my back seat and actually having to pull over to use them from time to time. And if I didn't have the right map - well, then I was lost. And I'm much too proud (i.e. stubborn) to ask for directions.


Google Maps

Beyond what Google Maps has done to "keep us found", I would think it has had a pretty profound influence on the way we view our world. With satellite, airborne, and terrestrial imagery from multiple providers, we can use Google Maps to actually get an idea of what far away places look like. Whether on a computer, a tablet, or a smartphone, with just a few clicks of a mouse or a swipe of the finger, we can zoom in to any location on the earth's surface. Zooming in to some remote region of the earth's surface will surely never replace the experience of actually being there, but what it does do is to help us make a connection - to see how it is linked to where we are and how it fits into this big puzzle we call planet earth.

Before Google Maps, there were other moments that changed the way we view our planet. On December 7, 1972, the crew of Apollo 17 captured a photograph of Earth from a distance of about 28,000 miles. This now famous photograph is known as The Blue Marble. Some say that it is the most widely distributed image in human history. 

The Blue Marble

Mere months before The Blue Marble photograph was taken by the crew of Apollo 17, the Landsat 1 satellite was launched into orbit by NASA. Landsat 1, launched on July 23, 1972, was the first satellite in the Landsat program. The Landsat program is now the longest continuous earth observation program in history. With the Landsat program and the many government and commercial satellites that were to follow, a new era in our understanding of the world was ushered in. Remote sensing offers tools unlike anything the world has seen before and we are less than a half century in. We can now see our world - our whole world - as it looks from afar. We can monitor it's changes. We can watch for hazards. We can find out what is happening when a disaster strikes. We can search for things that have gone missing. And so much more. We might all be pretty used to this by now and for some of us, this is pretty much how it was the day we were born. But it's important to note that remote sensing is all so very new in the grand scheme of things and it's a much more powerful tool than it might appear on the surface.

Please login or register to post comments.