Asian Surveying & Mapping
Breaking News
South Korea Tests First Indigenous Hypersonic Missile
South Korea conducted its first test-firing of an indigenously...
UAE space economy grows 27.1% to $1.5 billion
Findings also recorded an increase in employment across the...
Japan targets 30 rocket launches a year by 2030s
TOKYO -- Japan's economy ministry plans to add new...
China’s LandSpace Launches 10 Satellites to Advance Orbital Computing and Communications
China has launched eight computing satellites developed by ADA...
South Korea launches Nuri rocket carrying 15 satellites, its 1st liftoff of 2026
The milestone came on Tuesday night (Oct. 6), when...
Iran expands GPS network using Khayyam satellite data
Iran’s National Cartographic Center (NCC) is strengthening its cooperation...
India-Japan looking to deepen economic engagement, eye greater cooperation in chips, space: Suzuki
New Delhi, Oct 4: India and Japan are looking...
Genesys International bags ₹283 crore World Bank-funded contract for Ahmedabad digital twin
The project will map 625 sq km, survey 25...
China launches new remote sensing satellite group
TAIYUAN, Sept. 24 (Xinhua) -- China launched a new...
Ahmad Belhoul Al Falasi to lead UAE delegation at IAC 2026
UAE delegation will bring together government entities, research institutions...

October 5th, 2011
Satellite Data Plus Conservation Equals Better Crop Yields

Combining remote sensing technology with water and soil conservation techniques can help raise crop yields in South Asia, scientists have reported. Satellite data can help identify specific problems on farmlands such as moisture shortage, excessive soil wetness and flood occurrence. Using the data along with appropriate resource conserving technology (RCT) will increase productivity, a study team of researchers reported this month (8 September) in Applied Geography. The study team included researchers from the International Rice Research Institute (IRRI), Manila, International Maize and Wheat Improvement Centre, Banaras Hindu University, Jawaharlal Nehru University, Delhi, and Punjab state’s department of agriculture. Applied in the Balia district of northern Uttar Pradesh state, the method showed significant increase in annual per hectare incomes — US$ 63 by raising beds in saline soils, US$ 140 by introducing deep-water rice varieties, and US$ 147 through timely wheat planting. Read More