| Experiment | Target |
|---|---|
| Comparison of productivity and adaptation of sorghum varieties | The experiment was carried out to compare four varieties of sorghum crop, namely Wad Ahmed, hybrid sorghum 1, Pannar 606, and Tabat, in order to ascertain the finest sorghum variety in terms of productivity and quality. |
| Comparison of Sorghum Varieties | The experiment was carried out to compare seven varieties of sorghum crop, namely: Wad Ahmed, Hagega, Tabat, Arfa Gadamak, Wahi, Pacific 501, Pacific 509 and Pacific 537. The objective was to find a high-yielding variety suitable for the conditions of rainfed agriculture under the zero-tillage system. |
| Comparison of productivity and adaptation of varieties of sunflower crop | The experiment was carried out to compare four varieties of hybrid and open sunflower crops, namely Hysun 33, Damazin 3/1, Pannar 7353 and Pannar 7392, to choose the best in terms of productivity and quality.. |
| Comparison of varieties of sunflower crop | This experiment compared seven different varieties of sunflower, namely Hysun 33, Hysun 47, Pannar 7033, Hysun 38, Mass 96 A, Mass 97 A and Pannar 7351, to determine highly productive varieties most suitable for rainfed agriculture under the zero-tillage system. |
| Comparison of varieties of sesame crop | Four varieties of sesame were compared, namely Gedaref, Bash, Promo and Khidir, to determine the high-yielding varieties best suited to rainfed agriculture under the zero-tillage system |
| Comparison of varieties of millet | This study compared five millet varieties, namely Pacific 902, Pacific 931, Pacific 982, Aukashana, and Wad Ashana, to determine high yield varieties most suitable for rainfed agriculture under the zero-tillage system. |
| Comparison of sorghum varieties | This experiment compared three varieties of sorghum crop, namely Wad Ahmed, Tabat and Liberty, to determine high productivity varieties suitable for the rainfed conditions and zero-tillage system in Gedaref. |
| Comparison of sesame varieties | The experiment compared three varieties of sesame crop, namely Khider, Promo and Hilan, to find high productivity varieties suitable for rainfed, zero-tillage agriculture. |
| Comparison of cotton varieties | The experiment compared different varieties of cotton crop nominated by the Sudanese Agricultural Research Authority, namely Barack 67 B, Akala 93 H, Bar 57/12, BB 55 and L 82, to determine high productivity varieties suitable for rainfed, zero-tillage agriculture. |
| Comparison of maize varieties | The experiment compared different varieties of maize crop, namely Hicorn 53, Hicorn 75, PAN 6480, Hudiaba-1, among others, to determine high productivity varieties suitable for rainfed, zero-tillage agriculture. |
| Cultivation test of the Sweet Corn – variety (Super King F1) in high salinity lands, in the winter season. | To provide a crop with high nutritional value that relatively tolerates levels of salinity |
| Observation experiments of vegetable crops (tomatoes and Cucurbita pepo) in high salinity lands, in Sudan, in the winter season. | Studying the adaptation of these crops to the relatively high amounts of salinity. |
| Cultivation test of Maize crop in high salinity lands in the winter and summer seasons. | To produce seeds and silage fodder. |
| Quinoa cultivation test in high salinity lands in Sudan | • Providing a field crop with high nutritional value, as its grains contain a high percentage of protein (16-18%) compared to the wheat crop, in which the protein content does not exceed 13%.
• Full use of the plant, through: Use its grains as flour mixed with bread Providing a new grain field crop to enhance Arab food security. • Using plant leaves as a green food for humans and as a green fodder crop and fodder concentrates for livestock, sheep and poultry. |
| Study the effect of organic bio-stimulants on the growth and productivity of agricultural crops | Test the effect of the biostimulant Fertile Virdi on field crops and vegetablesIn terms of vegetative growth and productivity increase. |
| Test cultivation of traditional vegetable crops (tomatoes, eggplants, green peppers) in high salinity lands after rehabilitation and reclamation | Studying the tolerance of cultivated vegetable crops to varying degrees of salinity before and after soil reclamation (after adding agricultural lime and DAP fertilizer). |
| Cultivation test of Green gram and Soybean as leguminous crops in high salinity lands in Sudan. | Increasing nitrogen levels in the soil, improving soil fertility, and thus improving crop productivity. |
| Cultivation test of Potato varieties, (Deseri, Rozana) in order to test their productivity and adaptation to the Comoros environment. | Comparing the new varieties of potato seeds, and reach the variety with high productivity and desirable to the local consumer. |
| Cultivation test of Sweet potato varieties (Sudaph, Malariño, Fendi Amara and Makrani). | Comparing varieties of potato seeds, and reach the variety that is suitable for the Comoros environment, and also to be desirable to the local consumer. |
| Cultivation test of locally preferred Sorghum in the rainy season. | Testing the cultivation of sorghum in the rainy season versus summer season. |
| Cultivation test of new varieties of Cassava crop versus local variety. | Planting new varieties of Cassava crop, and compare their productivity with local varieties. |
| Cultivation test of Carrot varieties (Amazon and Pamela). | Testing the cultivation of new varieties of Carrots, and comparing their productivity with local varieties, as well the method followed by farmers (traditional agriculture). |
| Test cultivation of varieties of potato, (Florice, Monalisa, Sponta,Rozana, Diamant) in order to test their productivity and their adaptation to the Comorian environment | Comparing the new varieties with the potato variety (Desire) that the station tested in the past two years. |
| A test of planting the maize crop in the winter and rainy seasons | Production of grain and flour (after milling) as a source of feed. |
| Test cultivation of sweet potato varieties (Mlarignon and Fendi Amara) | • Verify the variety suitable for the climatic conditions in the Comoros in terms of productivity.
• Providing a dominant food crop in the country, and achieving acceptable financial returns. |
| Comparison of maize varieties (10 hybrid + 2 open pollination): | The experiment was conducted to compare the performance of the following maize varieties: Tuber 1, Tuber 2 + Panar 6568, Panar 6480, High corn 75, Pacific 8222, Pacific 8288, Pacific 8327, Pacific 8362, Pacific 8450, Garst 8527W, and Garst 8966. |
