We need to find data sources that can programmatically provide necessary information (data type) to compute the metrics as described in #7.
Per our discussion so far:
- Data sources:
- Google Earth Engine
- Earth explorer - USGS
- Data types:
- Multispectral image (or hyperspectral) are tentatively the data type of choice.
- Otherwise, standard 3-channel images can be used instead.
Please:
- continue investigating these data sources or others you may find, keep a list of them so we have more options to fall back on, depending on how @ntmt2903 proceeds with investigating metrics,
- then implement Python solutions to extract/download and process data from these sources based on any customized requirement (e.g. may input any timeframe, location coordinates, frequency, etc.). As a first step, you may want to create functions like so:
def extract_1day_from_usgs(date, coordinates):
# todo: connect to USGS' public API with appropriate parameters and retrieve data
return downloaded_file
- ideally, the solutions should be able to process a whole timeframe (start_date to end_date) with custom frequency (e.g. daily, weekly, etc.)
- Document your approach:
- which library you use,
- the steps/instructions such as authentication to extract data
- Last resort is static data (i.e. manually downloaded data)
We need to find data sources that can programmatically provide necessary information (data type) to compute the metrics as described in #7.
Per our discussion so far:
Please: