Prediction of Native Seed Habitat Distribution According to SSP Scenario and Seed Transfer Zones: A Focus on Acer pictum subsp. mono and Quercus acuta

Acer pictum and Quercus acuta are native species recommended for restoration. To restore ecosystem functions maintain natural ecosystems, it is suggested to deploy well-adapted locally adapted plant material, this notion gaining interest. Studying how change in response climate an important part of forest restoration planning. Our method uses data define the habitat range identify regions with relatively similar climates through Seed Transfer Zones (STZs). Potential suitability changes A. Q. were identified under various environmental scenarios using seven climatic factors five topographical factors. The MaxEnt algorithm was used predict potential current future (1980–2100) (SSP1-2.6, SSP2-4.5, SSP3-7.0, SSP5-8.5). STZs maps areas comparable have been determine potentially habitable areas. This helps minimize maladaptation seed movement within same area. As a result, growth increased along southern coastal area drainage paramount factor influencing distribution. By checking high habitability (Winter Minimum Temperature (WMT) 15–20 °F, Annual Heat: Moisture (AHM) 16–19 °C/m zone, WMT 20–25 AHM located zone), shown move northward centering on Additionally, Precipitation (Bio12) most significant In confirming STZs, we verified that density 10–15 19–21 zone zone. study establishes distributions affected by change. It supplies evidence ecological sustainable development, can formulate conservation management plans economically valuable species.