International Journal of Agricultural Extension
Vol 12, No 2 (2024): Int. J. Agric. Ext. In Press
Research Articles
Announcements
International Journal of Agricultural Extension has been recognised by Higher Education Commission, Pakistan in "Y category. The edntire team of IJAE is happy for this success. In the meantime, we are indebted to all the authors for their contribution.
Posted: 2020-11-04
EScience Press is seeking to recruit engaged and enthusiastic subject editors and reviewers for International Journal of Agricultural Extension to manage editorial processes and to guide its development as an academic journal.
Posted: 2020-03-26
We are currently accepting papers for publication in the International Journal of Agricultural Extension, a fast track peer-reviewed and open access academic journal.
Posted: 2020-03-26
If you aspire to be an author, a great place to start is EScience Press.
EScience Press is currently seeking to publish new book ideas and to work with new authors and editors, in areas of potential impact, high topicality and rapid growth across different scientific fields.
Posted: 2020-03-26
| More Announcements... |
International Journal of Agricultural Extension is devoted to publishing authoritative empirical research and conceptual contribution building the theory of agriculture extension especially focusing on community development through practices of agriculture extension education.
International Journal of Agricultural Extension
Editor: Dr. Muhammad Zakaria Yousaf Hassan
Publisher: EScience Press
Format: Print & Online
Print Copy Provider: EScience Press
Frequency: 03
Publication Dates: April, August, December
Language: English
Scope: Agricultural Extension
Author Fees: Yes
Types of Journal: Academic/Scholarly Journal
Access: Open Access
Indexed & Abstracted: Yes
Policy: Double blind peer-reviewed
Review Time: 04-06 Weeks Approximately
Contact & Submission e-mail: ijae@esciencepress.net
Indexed In:
Latest News on Food and Agriculture
Frequent mowing puts poisonous weed into survival mode | |
| A study has found that frequent mowing of Solanum elaeagnifolium, also known as silverleaf nightshade, may help create a 'superweed.' A professor of entomology and plant pathology has been studying silverleaf nightshade for more than a decade. New findings have shown that the more silverleaf nightshade was mowed, the more it developed ways to avoid destruction. The taproot went down further, nearly 5 feet deep, in the first generation of mowed plants. More spikes popped out on the stem as a defense against caterpillars feeding on the flowers. The flowers became more toxic to caterpillars, leading to less pressure from natural predators. | |
| Posted: 2024-06-03 | More... |
Greenhouses cover more and more of Earth's surface | |
| Greenhouse cultivation is booming globally, especially in the Global South -- and across one country in particular. This is revealed in a new study that deploys detailed satellite imagery and AI to map greenhouses across the planet. According to the researchers, the development is a source of both promise and concern. | |
| Posted: 2024-06-03 | More... |
The world's most powerful anti-fungal chemistries cause fungal pathogens to self-destruct | |
| Scientists have discovered that the most widely-used class of antifungals in the world cause pathogens to self-destruct. The research could help improve ways to protect food security and human lives. | |
| Posted: 2024-05-31 | More... |
Rapid urbanization in Africa transforms local food systems and threatens biodiversity | |
| Urbanization in Africa is accelerating quickly, showing no signs of slowing down. An international team of researchers addresses critical gaps in our understanding of how this urbanization affects local food and ecological systems, emphasizing the importance of recognizing shifts in dietary patterns. | |
| Posted: 2024-05-30 | More... |
Researchers expose new symbiosis origin theories, identify experimental systems for plant life | |
| Research work on symbiosis -- a mutually beneficial relationship between living organisms -- is pushing back against the newer theory of a 'single-origin' of root nodule symbiosis (RNS) -- that all symbiosis between plant root nodules and nitrogen-fixing bacteria stems from one point--instead suggesting a 'multiple-origin' theory of sybiosis which opens a better understanding for genetically engineering crops. | |
| Posted: 2024-05-29 | More... |
