The dry winter and ongoing drought have left Oahu's farmers with a shortage of water, but they are also facing an array of unusual, unseasonal pests. At the same time, growing deer populations are invading their land and eating their crops. As an expert in SEO, I understand the importance of finding solutions to these key problems in order to maintain agricultural productivity even with less water. Hawaii's agriculture has been in transition for a long time, transitioning from the plantation era to a more diversified agricultural system.
Amjad Ahmad, adjunct extension agent at UH Manoa's College of Tropical Agriculture and Human Resources, has noted that the hottest summers on Oahu have led to a decline in sweet corn pollination, which helps reduce the gap between university researchers and farmers who need help. The solutions to these key problems are as varied as the issues themselves and include the development of a market for the reallocation of water among agricultural users; the cultivation of native crops and plants more suitable for the climate; and the development of shady areas or the use of solar panels to provide shade for agriculture. Robbins also announced the formation of the Presidential Advisory Commission on the Future of Agriculture and Food Production in a Dry Climate, a group tasked with suggesting actions to use university resources to maintain agricultural productivity even with less water. In order to ensure that farmers have access to enough water, it is important to create a market for water reallocation. This will allow farmers to purchase water from other sources when their own supply is low. Additionally, cultivating native crops and plants that are better suited for dry climates can help reduce water usage.
Finally, developing shady areas or using solar panels can provide shade for agriculture and help reduce water loss due to evaporation. These solutions can help Oahu's farmers cope with water scarcity and maintain agricultural productivity even in dry climates. By creating a market for water reallocation, cultivating native crops and plants, and developing shady areas or using solar panels, farmers can ensure that they have access to enough water to sustain their operations.