What Can We Learn from Mapping Agriculture in America. The United States of America has an excellent program call National Agriculture Imagery Program or in short, called NAIP. Through this program, the US has been able to acquire aerial imagery during their agricultural growing seasons. They produce a high-resolution image of orthophotography which then the information is shared publicly within a year.
Because the information is accessible to the mass, NAIP can help a lot of sectors of business http://220.127.116.11, not just agriculture. The mere meters resolution plays a huge role in planning, environmental monitoring, visualization, and data pipeline testing. Those are some huge benefits available for free and without any restrictions to use. And people have been taking advantage of that.
If other agriculture countries such as Indonesia can replicate the same program as NAIP, it would give a major boost to the country’s agriculture industry. By making a program that focuses on creating a satellite that has a similar function as what the US has, we can collect the data.
Data collected throughout the years will make us understand more about our land and what to make out of it. High-quality imagery that is available to the public will spark many innovations in the geospatial industry. This means more understanding of how we should build and construct our infrastructure to make growth in our economics.
Mapping Agriculture in America
With simple imagery that is produced by a program such as NAIP in America, there is so much door that can open. New companies can build valuable products and services by leveraging the value that the imagery data is provided. It’s proven because, in 2017 alone, half-million programmers have requested to use the data from NAIP. If such open source is available in Indonesia too, just wonder how much of improvement our country can reach.
Seeing as Indonesia is an agricultural country, data satellite such as NAIP has will be a huge bonus to use in the agriculture industry. Most of our farms can obtain the data about the landscaping of our land, the typography of it, how it’s shaped, etc. to determine what crops are best suited to plant in each region. The same data collected throughout the years could also show is the method that is used today is effective as thought.
The orthophotography of the land in Indonesia can be used in other areas too. One of them is to control lands and to avoid it being turned into other means. As you can see that many of our agricultural lands have been significantly changed in the last couple of years. Many of them were turned into residential areas or others.
Issue is pressing matter
This issue is a pressing matter that shouldn’t be taken lightly. With less area for farming, fewer agricultural products are being produced. This means that a chance of us importing produce to feed our growing population is high. And with the state that it goes right now, we may have to worry about it sooner than later.
Initiating the program of mapping our agricultural land is something that countries like Indonesia have to do. The United States is a great example of how such a program gives a huge benefit to the agriculture industry. Not only that, but the open data of NAIP also enable many other factors to create innovation which then in turn help shapes their economics.