#wind pollination

• Amentiferous — Bearing or producing catkins (aments); an ecological and morphological characteristic of trees or shrubs whose inflorescences are structured in the form of elongated, pendulous clusters. This term defines the biological adaptation of plants to wind pollination, having simplified reproductive elements exposed directly to air currents.
• Anemoentomophily — A mixed or hybrid reproductive strategy in plants where pollination is structurally achieved through both air currents (wind) and insect pollinators. This complex ecological adaptation ensures the maximum reproductive success of a species within an area characterized by fluctuating weather conditions or variable biotic vector densities.
• Anemophilous — The feminine gender form of 'anemofil'; pertaining to a plant, flower, or vegetable species whose fertilization structurally relies on the transport of pollen grains via the wind. In phytocenology, it defines species exhibiting anatomical adaptations optimized for capturing airborne pollen.
• Anemophily — A biological phenomenon, mode of reproduction, or ecological strategy (also known as anemogamy) where plant pollination is structurally achieved through the wind and air currents, which transport pollen grains from the male to the female reproductive system.
• Anemogamous — Pertaining to plants, flowers, or plant species whose pollination and fertilization are structurally achieved via the wind, which transports pollen grains from the male apparatus to the stigma of female flowers. It represents the adjectival and conceptual equivalent of the term anemophilous.
• Anemogamous — The feminine gender form of 'anemogam'; pertaining to a plant, flower, or plant community whose pollination is structurally ensured by wind dynamics. This term describes the biological profile of species whose female flowers possess large, often feathery stigmas optimized for trapping airborne pollen.
• Anemogamy — A biological phenomenon, mode of reproduction, or ecological strategy (also known as anemophily) where plant pollination is structurally achieved through the wind and air currents, which transport pollen grains from the male to the female reproductive system.