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Spring Wheat / NDVI

November 20, 2024November 21, 2024 yuichiro

Spring Wheat / NDVI

The Spring Wheat / NDVI index is a 10-day interval index designed to monitor spring wheat productivity and estimate potential harvests using the Normalized Difference Vegetation Index (NDVI). The index covers areas observed for Total Above Ground Productivity (TAGP) of spring wheat. Data is presented on grids sized 0.1° x 0.1° (latitude and longitude), with all values representing the mean NDVI values. Aggregated indices for selected areas are provided on designated pages, with URLs listed at the bottom of this page.

Grids

All grids are based on TAGP data retrieved from Copernicus, spanning the northern and southern hemispheres. Over 30,000 grids have been generated using TAGP observations of spring wheat since July 2020. Each grid measures 0.1° x 0.1°, approximately equivalent to 12.5 km x 12.5 km. Within each TAGP grid, approximately 1,000 NDVI grids are included, each measuring 500 m x 500 m. The NDVI data is also sourced from Copernicus.

Index

The Spring Wheat / NDVI index values are averages of NDVI within a given TAGP grid at specific times. Each mean NDVI value is calculated based on TAGP grids observed from July 2020 to October 2024, and the time-series data from July 2020 is provided. This average NDVI value is considered an indicator of total above-ground productivity for spring wheat.

As illustrated in the figure 1 below, during the growing stage of spring wheat, the mean value of NDVI tends to increase and correlate to total above-ground productivity. This scatter plot is developed by the process tha TAGP and NDVI are grouped by latitudes and longitude and the values of TAGP are converted into logged values (natural logarithm). The definition of the growing stage in the grouped area is the period that the TAGP value is less than the fourth value from its maximum. Although the difference of correlation types should be more in consideration, the average NDVI value serves as a straightforward and accessible indicator of spring wheat productivity.

Figure 1 : Scatter plot of logged TAGP vs NDVI mean during the growing stage.

Indices for Selected Areas

Indices for selected areas are provided on specific pages, such as:

La Pampa, Argentina

On each page, the value displayed in the top-left (or top) position represents the aggregated index for the entire area shown on the page. This value is calculated as the mean NDVI of all NDVI grids within the area, rather than the mean of individual index values for sub-areas.

For instance, on the La Pampa, Argentina page, the aggregated mean for all 86 grids is shown as 0.38 (as of 1st Nov, 2024). This value is based on over 86,000 NDVI grid points in La Pampa, rather than the 86 sub-area indices listed individually (e.g., 0.36, 0.33, 0.41).

Note that the index data on selected area are free to use with the attribution or link to this page.

Data Download

The index data can be downloaded in CSV, PNG, and SVG formats from the area pages.

Citation

When citing or utilizing this index data, please include the following attribution or html code:

Attribution

Otani & Co., Inc. Spring Wheat / NDVI Index. https://otani.co/docs/crop-spring-wheat-ndvi/

HTML

<a target="_blank" href="https://otani.co/docs/crop-spring-wheat-ndvi/">Spring Wheat / NDVI Index.</a>

Data Source

“European Union’s Copernicus Land Monitoring Service information; NDVI and Spring Wheat Total Above Ground Producton”

For additional information, customization, or applications of the data, please contact us using the form on this page.

Mayze Data of Development Stage (DVS), Total Above-Ground Production (TAGS) and Total Weight Storage Organs (TWSO) / Copernicus

October 17, 2024October 17, 2024 yuichiro

Our data for Mayze Data of Development Stage (DVS), Total Above-Ground Production (TAGS) and Total Weight Storage Organs (TWSO) is based on the data from Copernicus project in Europe. This page purposes to explain detailed information for the downloadable data.

Example Dataset (DVS)

Please download a free example dataset and use it in you app or analysis.

Download

URL Expiration

All downloadable URLs expire in 90 days after your order.

Temporal Resolution and Update

The temporal resolution for this data is 10-daily. Also, the latest data is usually updated within 2-3 days after the latest Copernicus data is published.

When you see your ordered data first time, you would recognize that the data does not contain the whole data. This is NOT a bug but the data creation process has not done yet. After the order, the process begins, and then the whole data becomes accessible in several hours. In every 15 minutes, the data is revised in the direction of both the future and in the past.

Data Format

The default format is csv where no single/double quotation marks are used in the file. Also, the geojson format is available, changing the file extension in the provided url from “csv” to “geojson.” Note that the geometry of geojson format is Point.

Example (DVS)

Example on Spreadsheet.

Column Names / Property Names

Names	Description	Physical unit / classes	Physical min	Physical max	Digital max	Scaling	Offset
time	Datetime	YYYY-MM-10 12:00:00	–	–	–	–	–
lat	Latitude	Decimal	–	–	–	–	–
lon	Longitude	Decimal	–	–	–	–	–
MayzeDWS	Crop phenological stage: 0 at emergence, 1.0 at flowering, 2.0 at crop maturity	–	0	2	–	–	–
MayzeTAGP	Total above-ground production (dry matter)	kg/ha	–	–	–	–	–
MayzeTWSO	Total weight storage organs (dry matter), e.g. grains or pods	kg/ha	–	–	–	–	–

Based on the provided information on Crop Productivity Indicators: Product User Guide and Specification (PUGS), This table is created by Otani & Co., Inc.

Further Details on Mayze Data

For further details, concerns such as satellite sensors and data accuracy, please refer the Copernicus pages and the ECMWF pages.

Crop productivity and evapotranspiration indicators from 2000 to present derived from satellite observations

Crop Productivity Indicators: Product User Guide and Specification (PUGS)

Spring wheat data of Development Stage (DVS), Total Above-Ground Production (TAGS) and Total Weight Storage Organs (TWSO) / Copernicus

October 17, 2024October 17, 2024 yuichiro

Our data for Spring wheat data of Development Stage (DVS), Total Above-Ground Production (TAGS) and Total Weight Storage Organs (TWSO) is based on the data from Copernicus project in Europe. This page purposes to explain detailed information for the downloadable data.

Example Dataset (DVS)

Please download a free example dataset and use it in you app or analysis.

Download

URL Expiration

All downloadable URLs expire in 90 days after your order.

Temporal Resolution and Update

The temporal resolution for this data is 10-daily. Also, the latest data is usually updated within 2-3 days after the latest Copernicus data is published.

Data Format

Example (DVS)

Example on Spreadsheet.

Column Names / Property Names

Names	Description	Physical unit / classes	Physical min	Physical max	Digital max	Scaling	Offset
time	Datetime	YYYY-MM-10 12:00:00	–	–	–	–	–
lat	Latitude	Decimal	–	–	–	–	–
lon	Longitude	Decimal	–	–	–	–	–
SpringWheatDVS	Crop phenological stage: 0 at emergence, 1.0 at flowering, 2.0 at crop maturity	–	0	2	–	–	–
SpringWheatTAGP	Total above-ground production (dry matter)	kg/ha	–	–	–	–	–
SpringWheatTWSO	Total weight storage organs (dry matter), e.g. grains or pods	kg/ha	–	–	–	–	–

Based on the provided information on Crop Productivity Indicators: Product User Guide and Specification (PUGS), This table is created by Otani & Co., Inc.

Further Details on Spring Wheat Data

For further details, concerns such as satellite sensors and data accuracy, please refer the Copernicus pages and the ECMWF pages.

Crop productivity and evapotranspiration indicators from 2000 to present derived from satellite observations

Crop Productivity Indicators: Product User Guide and Specification (PUGS)

Winter wheat data of Development Stage (DVS), Total Above-Ground Production (TAGS) and Total Weight Storage Organs (TWSO) / Copernicus

October 17, 2024October 17, 2024 yuichiro

Our data for Winter wheat data of Development Stage (DVS), Total Above-Ground Production (TAGS) and Total Weight Storage Organs (TWSO) is based on the data from Copernicus project in Europe. This page purposes to explain detailed information for the downloadable data.

Example Dataset (DVS)

Please download a free example dataset and use it in you app or analysis.

Download

URL Expiration

All downloadable URLs expire in 90 days after your order.

Temporal Resolution and Update

The temporal resolution for this data is 10-daily. Also, the latest data is usually updated within 2-3 days after the latest Copernicus data is published.

Data Format

Example (DVS)

Example on Spreadsheet.

Column Names / Property Names

Names	Description	Physical unit / classes	Physical min	Physical max	Digital max	Scaling	Offset
time	Datetime	YYYY-MM-10 12:00:00	–	–	–	–	–
lat	Latitude	Decimal	–	–	–	–	–
lon	Longitude	Decimal	–	–	–	–	–
WinterWheatDVS	Crop phenological stage: 0 at emergence, 1.0 at flowering, 2.0 at crop maturity	–	0	2	–	–	–
WinterWheatTAGP	Total above-ground production (dry matter)	kg/ha	–	–	–	–	–
WinterWheatTWSO	Total weight storage organs (dry matter), e.g. grains or pods	kg/ha	–	–	–	–	–

Based on the provided information on Crop Productivity Indicators: Product User Guide and Specification (PUGS), This table is created by Otani & Co., Inc.

Further Details on Winter Wheat Data

For further details, concerns such as satellite sensors and data accuracy, please refer the Copernicus pages and the ECMWF pages.

Crop productivity and evapotranspiration indicators from 2000 to present derived from satellite observations

Crop Productivity Indicators: Product User Guide and Specification (PUGS)

Wet rice data of Development Stage (DVS), Total Above-Ground Production (TAGS) and Total Weight Storage Organs (TWSO) / Copernicus

October 17, 2024October 17, 2024 yuichiro

Our data for Wet rice data of Development Stage (DVS), Total Above-Ground Production (TAGS) and Total Weight Storage Organs (TWSO) is based on the data from Copernicus project in Europe. This page purposes to explain detailed information for the downloadable data.

Example Dataset (DVS)

Please download a free example dataset and use it in you app or analysis.

Download

URL Expiration

All downloadable URLs expire in 90 days after your order.

Temporal Resolution and Update

The temporal resolution for this data is 10-daily. Also, the latest data is usually updated within 2-3 days after the latest Copernicus data is published.

Data Format

Example (DVS)

Example on Spreadsheet.

Column Names / Property Names

Names	Description	Physical unit / classes	Physical min	Physical max	Digital max	Scaling	Offset
time	Datetime	YYYY-MM-10 12:00:00	–	–	–	–	–
lat	Latitude	Decimal	–	–	–	–	–
lon	Longitude	Decimal	–	–	–	–	–
WetRiceDVS	Crop phenological stage: 0 at emergence, 1.0 at flowering, 2.0 at crop maturity	–	0	2	–	–	–
WetRiceTAGP	Total above-ground production (dry matter)	kg/ha	–	–	–	–	–
WetRiceTWSO	Total weight storage organs (dry matter), e.g. grains or pods	kg/ha	–	–	–	–	–

Based on the provided information on Crop Productivity Indicators: Product User Guide and Specification (PUGS), This table is created by Otani & Co., Inc.

Further Details on Wet Rice Data

For further details, concerns such as satellite sensors and data accuracy, please refer the Copernicus pages and the ECMWF pages.

Crop productivity and evapotranspiration indicators from 2000 to present derived from satellite observations

Crop Productivity Indicators: Product User Guide and Specification (PUGS)

Burnt Area (300m) / Copernicus

October 17, 2024October 17, 2024 yuichiro

Burnt Area is based on the data from Copernicus project in Europe. This page purposes to explain detailed information for the downloadable data.

Example Dataset

Please download a free example dataset and use it in you app or analysis.

Download

URL Expiration

All downloadable URLs expire in 90 days after your order.

Temporal Resolution and Update

The temporal resolution is daily. Also, generally, the latest data is usually updated within 12-24 hours after the latest Copernicus data is published.

Data Format

The default format is csv where no single/double quotation marks are used in the file. The geojson format is available, changing the file extension in the provided url from “csv” to “geojson.” Note that the geometry of geojson format is Point.

Example

Example on Spreadsheet

Column Names / Property Names

Names	Description	Physical unit / classes	Physical min	Physical max	Digital max	Scaling	Offset
time	Datetime the Copernicus file is published (GST).	YYYY-MM-DD hh:mm:ss	–	–	–	–	–
lat	Latitude	Decimal	-90	90	–	–	–
lon	Longitude	Decimal	-180	180	–	–	–
BurntArea	Day of burn in the year	days	0	366	–	–	–

Based on the provided information on Burnt Area 2023 – present (raster 300 m), global, daily – version 3.1 This table is created by Otani & Co., Inc.

Note that “Some specific values are used: -1 for missing (no-data) pixels, -2 for water pixels.”

Further Details on Burnt Area Data

For further details, concerns such as satellite sensors and data accuracy, please refer the Copernicus pages.

Burnt Area 2023 – present (raster 300 m), global, daily – version 3.1

Gross Dry Matter Productivity (300m) / Copernicus

October 17, 2024October 17, 2024 yuichiro

Gross Dry Matter Productivity (300m) is based on the data from Copernicus project in Europe. This page purposes to explain detailed information for the downloadable data.

Example Dataset

Please download a free example dataset and use it in you app or analysis.

Download

URL Expiration

All downloadable URLs expire in 90 days after your order.

Temporal Resolution and Update

The temporal resolution is 10-day. Also, generally, the latest data is usually updated within 12-24 hours after the latest Copernicus data is published.

Data Format

Example

Example on Spreadsheet

Column Names / Property Names

Names	Description	Physical unit / classes	Physical min	Physical max	Digital max	Scaling	Offset
time	Datetime the Copernicus file is published (GST).	YYYY-MM-DD hh:mm:ss	–	–	–	–	–
lat	Latitude	Decimal	-90	90	–	–	–
lon	Longitude	Decimal	-180	180	–	–	–
GDMP	Gross Dry Matter Productivity (-1 for missing (no-data) pixels and -2 for water pixels.”)	kg / ha / day	0	655.34	32767	1/50	0
QFLAG	Bitwise quality flag	–	0	–	–	–	–

Based on the provided information on Gross Dry Matter Productivity 2014-present (raster 300 m), global, 10-daily – version 1 This table is created by Otani & Co., Inc.

Further Details on Gross Dry Matter Productivity (300m)

For further details, concerns such as satellite sensors and data accuracy, please refer the Copernicus pages.

Gross Dry Matter Productivity 2014-present (raster 300 m), global, 10-daily – version 1

Dry Matter Productivity (300m) / Copernicus

October 17, 2024October 17, 2024 yuichiro

Dry Matter Productivity (300m) is based on the data from Copernicus project in Europe. This page purposes to explain detailed information for the downloadable data.

Example Dataset

Please download a free example dataset and use it in you app or analysis.

Download

URL Expiration

All downloadable URLs expire in 90 days after your order.

Temporal Resolution and Update

The temporal resolution is 10-day. Also, generally, the latest data is usually updated within 12-24 hours after the latest Copernicus data is published.

Data Format

Example

Example on Spreadsheet

Column Names / Property Names

Names	Description	Physical unit / classes	Physical min	Physical max	Digital max	Scaling	Offset
time	The start date of the 10-daily period.	YYYY-MM-DD hh:mm:ss	–	–	–	–	–
lat	Latitude	Decimal	-90	90	–	–	–
lon	Longitude	Decimal	-180	180	–	–	–
DMP	Dry Matter Productivity	kg / ha / day	0	327.67	32767	1/100	0
QFLAG	Bitwise quality flag	–	–	–	–	–	–

Based on the provided information on Dry Matter Productivity 2014-present (raster 300 m), global, 10-daily – version 1 This table is created by Otani & Co., Inc.

Further Details on Dry Matter Productivity (300m)

For further details, concerns such as satellite sensors and data accuracy, please refer the Copernicus pages.

Dry Matter Productivity 2014-present (raster 300 m), global, 10-daily – version 1

Net Primary Production (300m) / Copernicus

October 17, 2024October 17, 2024 yuichiro

Net Primary Production (300m) is based on the data from Copernicus project in Europe. This page purposes to explain detailed information for the downloadable data.

Example Dataset

Please download a free example dataset and use it in you app or analysis.

Download

URL Expiration

All downloadable URLs expire in 90 days after your order.

Temporal Resolution and Update

The temporal resolution is 10-day. Also, generally, the latest data is usually updated within 12-24 hours after the latest Copernicus data is published.

Data Format

Example

Example on Spreadsheet

Column Names / Property Names

Names	Description	Physical unit / classes	Physical min	Physical max	Digital max	Scaling	Offset
time	The start date of the 10-daily period.	YYYY-MM-DD hh:mm:ss	–	–	–	–	–
lat	Latitude	Decimal	-90	90	–	–	–
lon	Longitude	Decimal	-180	180	–	–	–
NPP	Net Primary Production	gC/m²/day	0	16.3835	32767	0.0005	0
QFLAG	Bitwise quality flag	–	–	–	–	–	–

Based on the provided information on Net Primary Production 2023-present (raster 300 m), global, 10-daily – version 1 This table is created by Otani & Co., Inc.

Further Details on Net Primary Production (300m)

For further details, concerns such as satellite sensors and data accuracy, please refer the Copernicus pages.

Net Primary Production 2023-present (raster 300 m), global, 10-daily – version 1

Normalised Difference Vegetation Index (300m) / Copernicus

October 17, 2024October 17, 2024 yuichiro

Normalised Difference Vegetation Index (300m) is based on the data from Copernicus project in Europe. This page purposes to explain detailed information for the downloadable data.

Example Dataset

Please download a free example dataset and use it in you app or analysis.

Download

URL Expiration

All downloadable URLs expire in 90 days after your order.

Temporal Resolution and Update

The temporal resolution is 10-day. Also, generally, the latest data is usually updated within 12-24 hours after the latest Copernicus data is published.

Data Format

Example

Example on Spreadsheet

Column Names / Property Names

Names	Description	Physical unit / classes	Physical min	Physical max	Digital max	Scaling	Offset
time	The start date of the 10-daily period.	YYYY-MM-DD hh:mm:ss	–	–	–	–	–
lat	Latitude	Decimal	-90	90	–	–	–
lon	Longitude	Decimal	-180	180	–	–	–
NDVI	Normalized Difference Vegetation Index (255 for missing and 254 for sea)	–	-0.08	0.92	250	1/250	-0.08
NDVI_unc	Uncertainty on NDVI (-1 for missing and -2 for sea)	–	0	1	1000	1/1000	0
NOBS	Number of observations (255 for missing)	–	0	32	32	1	0
QFLAG	Bitwise quality flag (255 for missing)	–	–	–	254	2	0

Based on the provided information on Normalised Difference Vegetation Index 2020-present (raster 300 m), global, 10-daily – version 2 This table is created by Otani & Co., Inc.

Further Details on Normalised Difference Vegetation Index (300m)

For further details, concerns such as satellite sensors and data accuracy, please refer the Copernicus pages.

Normalised Difference Vegetation Index 2020-present (raster 300 m), global, 10-daily – version 2