Scanning the environment, be it the sky or a patch of forest, yields remarkable information regarding its state and potential impact on our planet.
Scanning is a powerful tool that can unlock data and insights that can help you make more informed decisions. It may sound esoteric, but in reality this process is incredibly straightforward – all it takes is a little know-how!
If you’re curious to learn more about how scanning technology has evolved over time and what makes it so advanced today, then buckle up! We’ll provide an explanation for everything from basic concepts as well as their application in everyday life.
Uncovering hidden sources of harmful substances in our environment has become a necessity, yet many areas remain off limits to inspection.
The latest advancement in environmental scanning technology allows scientists to obtain unprecedented levels of insight into their environments. By harnessing cutting edge technologies such as LiDAR and even hyperspectral imaging, it is possible for them to acquire an extensive picture of an area that would otherwise remain inaccessible. This reveals hidden deposits of pollutants and other hazardous materials within the vicinity – providing us with vital information about its composition.
Environmental scanning can be utilized for a plethora of applications, ranging from pre-emptive planning to risk assessment and remediation efforts.
1. Utilizing high-resolution satellite imagery
Environmental scanning is often touted as ‘space-age’-sounding technology, but what it really entails is using satellite imagery to ascertain the environment around us – be it natural or manmade.
Here at Vision Analysts, we use high-resolution satellite images for a number of different reasons; with one common thread among all of them being that they provide an accurate depiction of our surroundings and enable us to spot discrepancies from the norm.
Such technologies can be extremely useful when you’re planning out an expansion project or attempting to assess crop yields on a farm. By taking advantage of nature’s free samples, businesses can determine where improvements need to be made!
2. Developing drones to monitor areas of the planet
In recent years, the rise of drones has expanded our horizons considerably when it comes to observing vast areas from high-altitude vantage points.
Unmanned aerial vehicles (UAVs) have been used for decades by both private individuals and governments across the globe for a host of purposes, including surveillance-related applications – such as identifying individuals; monitoring vegetation or crop quality; or even conducting search-and-rescue missions post-disaster.
3. Utilizing deep sea sensors to measure ocean temperatures
Ocean temperatures are a crucial piece of the puzzle when it comes to predicting future climate change. While land-based sensors record relative temperatures on the surface of Earth, they cannot adequately gauge the temperature of deeper regions – only those at close proximity or within reach can be reliably assessed.
The solution? Leverage oceanic technology that relies upon satellites with the sole purpose of measuring sea surface temperatures! Though this approach is far less precise than those utilized by land-based weather stations; nevertheless it is an ideal choice for expeditions into deep waters where costly and time-consuming surface-sampling would otherwise be prohibitively expensive or even impossible.
4. Expanding data networks to better track global warming trends
The alarmingly rapid rate at which the world’s climate is changing, coupled with the inadequacy of current monitoring methods, has led scientists to contemplate new protocols in order to better understand just how severe this phenomenon may become.
In recent years, it has become apparent that traditional techniques cannot provide a full picture of global temperature trends due to their inability to accurately record temperature data from remote places such as Antarctica and Greenland. To address these shortcomings, researchers have proposed a variety of strategies for expanding existing data networks so that they could more effectively track conditions across the planet.
Enlisting the expertise of several renowned universities and research institutions, including MIT and Yale University, researchers recently announced plans to create an international super-network that will help create a more comprehensive record of CO2 levels – which could lead to more objective measurements of our planet’s atmosphere!
