# data[].attributes.body
During last decades northern hemisphere is observing a large enhancement in wildifire number, duration and intensity.  During 2019 summer period an unprecedent wildfire activity was recorded. The biomass burning emission  was transported on hemispheric scale as observed in the attached animation of CO measured by AIRS instrument onboard on Aqua satellite.

The measurements of interest could be: Visible images, CO total column, Aerosol Index, Thermal anomalies, false color images from corrected reflectance to detect fire impact on vegetation, night imagery

The instruments to use could be: OMPS, AIRS, VIIRS, TROPOMI, CALIOP

The satellites to consider could be: Suomi NPP, Aqua/Terra, CALIPSO, Sentinel satellites

Another interesting approach could be to compare the atmospheric impact of wildfires in Siberia with the wildfires whxich afflict Amazon during almost the same period.or the fires in Australia

# data[].attributes.body
Day of fire, 10 August 2019, was a day of criminal fires in the south edge of Amazon forest, provded by farmers in the region. The action was indirectly supported by Brazilian governance, marking one of the darkest day about environemtal conservation in the country.

Correlate with Carbon monoxide, Aerosol Index, thermal anomalies and Sulfur dioxide.

# data[].attributes.headline
Impact Of The Atmospheric River On Heavy Rainfalls In Southern Ukraine

# data[].attributes.subject
Impact Of The Atmospheric River On Heavy Rainfalls In Southern Ukraine

# data[].attributes.body
Propose to develop the case study about atmospheric river from my presentation at the conference EO-2020.

# data[].attributes.attachment_link.title
104  Possible Impact Of The Atmospheric River On Heavy Rainfalls In Southern Ukraine

# data[].attributes.headline
Interested in Kamchatka Ecological Disaster

# data[].attributes.subject
Interested in Kamchatka Ecological Disaster

# data[].attributes.body
Its onset, the difference between other years in the same regien and relevance to other Karenia spp. algal blooms. Definitely will use OLCI, but also other tools most probably.  The example below is from Copernicus-GlobColour product of dinophytes change, in which Karenia spp. is also classified.

# data[].attributes.headline
impact of vulcanism on marine ecosystems

# data[].attributes.subject
impact of vulcanism on marine ecosystems

# data[].attributes.body
Examine the impact of vulcanism on marine ecosystems

The Kilauea volcano is one of the most active volcanos would be a suitable candidate for the study. There are continuous eruptions from the 1980s onwards, with a massive outbreak in 2018.

Possible questions of the case study could be:

Can we detect the sulfur dioxide plume and lava stream and correlate that with events such as

regional ocean heatwaves

algae bloom

upwelling

acidification

Instruments/products

Sentinel2/3, CMEMS global products (resolution may be too low?)

# data[].attributes.headline
Hydro Metrology indices variability impact on Agricultural Yields a case of   Bilate River Basin using Geo informatics and earth observation system (Bereket Geberselassie e-mail bereketgbr@gmail.com 

# data[].attributes.subject
Hydro Metrology indices variability impact on Agricultural Yields a case of   Bilate River Basin using Geo informatics and earth observation system (Bereket Geberselassie e-mail bereketgbr@gmail.com 

# data[].attributes.body
possible squall line cross NE of Spain and south france

# data[].attributes.body
Heavy dust load from Libya in a narrow band - related to WCB?

# data[].attributes.headline
On August 3-4, 2019, the weather in the Odessa region was determined by the "southern" cyclone. Extraordinary rain was observed on the Belgorod-Dniester MS - 121 mm in 6 hours 

# data[].attributes.subject
On August 3-4, 2019, the weather in the Odessa region was determined by the "southern" cyclone. Extraordinary rain was observed on the Belgorod-Dniester MS - 121 mm in 6 hours 

# data[].attributes.body
Cold air is still being advected to Central Europe and Mediterranean. Violet colour in Airmass RGB suggests cold airmass.

We can check in the e-port (eumetrain.org) what the model fields look like, compare the location of the violet area in satellite image with the temperatures....

# data[].attributes.headline
Transverse bands over the central interior of South Africa - 8 March 2021

# data[].attributes.subject
Transverse bands over the central interior of South Africa - 8 March 2021

# data[].attributes.body
Transverse bands are an indication of moderate turbulence usually located high up in the atmosphere. It is important to constantly monitor the satellite images for signatures that can influence the aviation industry. Turbulence can be classified as light, moderate, severe or even extreme and can lead to uncomfortable passengers, injuries or in extreme cases even casualties.

# data[].attributes.headline
Heavy to very heavy rainfall at Dibrugarh, Assam (India) 

# data[].attributes.subject
Heavy to very heavy rainfall at Dibrugarh, Assam (India) 

# data[].attributes.body
On 22-25 June 2020, there was heavy to very heavy rainfall in Upper Assam with the Meteorological Office, Mohanbari recording 38.7mm, 49.8mm, 75.2mm and 116mm over the four days respectively leading to wide spread water logging in Dibrugarh Town which is 15km from the observatory. The worldview has also shown a good satellite view.

# data[].attributes.attachment_link.title
Heavy to very heavy rainfall events on 22-26 June 2020

# data[].attributes.headline
Where did the dust storm disappear????? Case Study

# data[].attributes.subject
Where did the dust storm disappear????? Case Study

# data[].attributes.body
The controversy arose over the dust storm predicted by the Egyptian Meteorological Authority on April 30, 2025, which some considered an April Fool's joke, and many questioned where the storm was, claiming that the Egyptian Meteorological authority deceived us!!!!!

The Arab Republic of Egypt was affected by a khamsin low-pressure system starting Tuesday, April 29, 2025, that began forming over the eastern desert of Libya due to rising temperatures, with atmospheric pressure reaching 1000 mb. This was accompanied by high wind speeds reaching 80 km/h and gusts, which stirred up sand and dust over the eastern Libyan Desert, gradually advancing to the western Egyptian border. The storm extended to Siwa, where wind speeds recorded 39 knots, approximately equivalent to 72 km/h, significantly reducing horizontal visibility to 500 meters.

As the khamsin low-pressure system progressed on Wednesday, April 30, its effects continued over the western desert and then gradually moved inland to include cities in northern Upper Egypt, Greater Cairo, the canal cities, and then cities in southern Upper Egypt and Sinai.

Numerous weather predictions and warnings were issued by the forecasting and early warning center of EMA, and the low-pressure system was monitored hourly using various global and local numerical models, as well as through monitoring the movement of third-generation satellite images and recording from observation weather stations continuously.

By:

Eman Shaker

Director of Remot Sensing center

EMA