Denizli Province covers a total land area of *194,158 hectares, of which 376,738 hectares are classified as agricultural land. Within this, 26,681 hectares are designated for irrigation. One of the key objectives in Denizli's agricultural strategy is to harness the region's geothermal resources to promote greenhouse farming, boost employment by fostering new investment opportunities, and increase the contribution of agricultural production to the Gross National Product (GNP).*
#### *Greenhouse Farming in Denizli*
Currently, Denizli hosts a total of *2,163 decares of greenhouse infrastructure, developed and operated by both private producers and entrepreneurs. As of June 30, 2022*, the breakdown of greenhouse types is as follows:
- *525 decares of soilless greenhouses utilizing modern geothermal heating systems* for enhanced productivity.
- *385 decares of greenhouses designed for biannual production*, ensuring early harvests.
- *1,200 decares of highland greenhouses*, optimized for year-round cultivation in elevated terrains.
#### *Denizli’s Agricultural Production Ranking in Turkey*
Denizli ranks among the top agricultural producers in Turkey for various crops:
- *1st place in the production of unprocessed thyme, burçak (a type of vetch), and grapes.*
- *2nd place in the production of unprocessed anise, rye (as greengrass), dried grapes, and poppy capsules.*
- *3rd place in the production of sage, sunflower seeds (for snacks), unprocessed tobacco, poppy seeds, fodder beets, damson (green herb), quince, jujube, and table grapes.*
- *4th place in the production of oil-bearing roses, triticale (as greengrass), walnuts, melons, carrots, and fresh cowpea.*
- *5th place in the production of peaches, pomegranates, lavender, and barley.*
Denizli's agricultural sector plays a crucial role in Turkey's food production economy, leveraging *modern greenhouse techniques and geothermal energy* to sustain growth and enhance efficiency in farming practices.
I am a Food Engineer with over 20 years of experience in the fields of food processing, food safety, agricultural technologies, and food fermentation. I hold two Master’s degrees and a PhD, all focused on food fermentation and related areas.
Throughout my career, I have worked extensively on topics such as lactic acid bacteria, bioreactors, biofilms, Spirulina as a food supplement, mycotoxins, and pesticide management. I bring a multidisciplinary perspective that bridges food science and agricultural innovation.I earned one of my degrees from North Carolina State University in the United States, which has further enriched my academic and professional background with international experience.