Glossary
| Sulfuring |
In horticulture, Sulfuring describes using sulfur dioxide treatment in some dried-fruit processes.. . Sulfuring is most useful when it is tied to the exact plant part, season, cultivar, and growing conditions being described. |
| Summer Pruning |
Summer Pruning is a term used for pruning during the active growing season.. . Summer Pruning is most useful when it is tied to the exact plant part, season, cultivar, and growing conditions being described. |
| Sun Exposure |
Sun Exposure refers to the amount of direct sunlight a plant receives.. . Sun Exposure is most useful when it is tied to the exact plant part, season, cultivar, and growing conditions being described. |
| Sun-Drying |
Sun-Drying refers to drying fruit using sun and air.. . Sun-Drying is most useful when it is tied to the exact plant part, season, cultivar, and growing conditions being described. |
| Sunburn |
In horticulture, Sunburn describes tissue injury from excessive sunlight and heat.. . Sunburn is most useful when it is tied to the exact plant part, season, cultivar, and growing conditions being described. |
| Sunscald |
Sunscald is injury caused by intense sun and heat on exposed plant tissue. It may affect fruit, leaves, bark, or young stems, causing bleaching, browning, cracking, or dead patches. Figs can develop sunscald when fruit or tender bark is suddenly exposed after pruning, leaf loss, or moving a container into full sun. Gradual acclimation and temporary shade can reduce risk. |
| Sunscald Prevention |
Sunscald prevention includes practices that reduce sudden, intense exposure of tender tissue to heat and direct sun. Examples include gradual hardening off, maintaining enough leaf cover, using temporary shade cloth, and avoiding drastic pruning during extreme heat. For figs, prevention is especially important for container trees moved outdoors, newly rooted plants, and fruit exposed after leaf loss. The goal is to keep light high enough for ripening while avoiding tissue injury. |
| SWD |
SWD stands for spotted wing drosophila, an invasive vinegar fly whose females can lay eggs in ripening soft fruit. It is different from ordinary fruit flies that mainly attack damaged or overripe fruit. Figs can be vulnerable when fruit is soft, split, overripe, or left hanging too long. Sanitation, timely harvest, exclusion, monitoring, and regional pest guidance are more reliable than assuming every small fly is SWD. |
| SWP |
SWP commonly means sub-watering planter or self-watering planter in container-growing discussions. It refers to containers designed so water is supplied from a reservoir rather than only from the top. For figs, SWP systems can reduce drought swings in containers, but they require an airy mix, careful fertilizing, and attention to reservoir management. A constantly saturated root zone can still cause problems. |
| Syconial Cavity |
Syconial Cavity is a term used for the inner chamber of a fig syconium.. . When describing Syconial Cavity, use fruit at a known ripeness stage and note whether it is breba or main crop, since weather, pollination, and harvest timing can change the observation. |
| Syconium Development |
Syconium development is the growth and maturation of the fig’s enclosed inflorescence, the structure most people call the fig fruit. Inside the syconium are many tiny flowers and later seed-like achenes. In edible figs, development includes swelling, internal flower maturation, possible pollination, pulp development, softening, color change, and sugar accumulation. The process differs between common, Smyrna, San Pedro, and caprifig types. |
| Syconium Pollination Mechanism |
Syconium pollination mechanism describes how fig pollination occurs inside the enclosed fig structure. In pollination-dependent figs, a female fig wasp enters through the ostiole carrying pollen from a caprifig. The mechanism is highly specialized and explains why ordinary bees do not pollinate figs the way they pollinate open flowers. It also explains why common figs can ripen without wasps while Smyrna figs require successful caprification. |
| Syconium Wall |
In horticulture, Syconium Wall describes the fleshy outer wall of the fig syconium.. . When describing Syconium Wall, use fruit at a known ripeness stage and note whether it is breba or main crop, since weather, pollination, and harvest timing can change the observation. |
| Symbiosis |
In horticulture, Symbiosis describes a close biological relationship between different organisms.. . Symbiosis is most useful when it is tied to the exact plant part, season, cultivar, and growing conditions being described. |
| Syrupy Pulp |
Syrupy Pulp refers to soft pulp with concentrated juice.. . When describing Syrupy Pulp, use fruit at a known ripeness stage and note whether it is breba or main crop, since weather, pollination, and harvest timing can change the observation. |
| TC |
TC means tissue culture, a laboratory propagation method that grows plant material under sterile conditions on nutrient media. It can produce many plants from small pieces of tissue. Fig tissue-culture plants may behave differently at first from dormant cuttings, often needing careful acclimation, humidity management, and time to develop normal woody growth. TC is a propagation method, not a cultivar trait. |


