The Science Behind Timing Pest Control
Ideally, onewouldliketoknowexactlywhentotacklepestproblemsonplants.
理想情況下，人們希望確切地知道何時解決植物的害蟲問題。
Timingpestcontrolrequiresunderstandinghowweatherimpactsinsectlifecycles.
制定害蟲防治計畫需要了解天氣如何影響昆蟲的生命週期。
Growingdegreedayshelppredictwhenplantsandinsectswillreachcertainmaturitystages.
生長度日數有助於預測植物和昆蟲何時達到某些成熟階段。
Thissystemwasintroducedin 1735byFrenchentomologistRenéAntoineFerchaultdeRéaumur.
該系統由法國昆蟲學家 René Antoine Ferchault de Réaumur 於 1735 年引入。
Theweatherplaysacrucialroleinthedevelopmentofplantandinsectlifecycles.
天氣在植物和昆蟲生命週期的發展中起著至關重要的作用。
Averagedailytemperatureisusedtocalculatethegrowingdegreedays.
每日平均氣溫用於計算生長度日數。
Theaccumulatedgrowingdegreedayscanguidegardenersonthebesttimesforpestcontrolapplications.
累積的生長度日數可以引導園丁選擇最佳的害蟲防治時間。
Ideally, one would like to know exactly when to tackle pest problems on plants.
Timing pest control requires understanding how weather impacts insect life cycles.
Growing degree days help predict when plants and insects will reach certain maturity stages.
This system was introduced in 1735 by French entomologist René Antoine Ferchault de Réaumur.
The weather plays a crucial role in the development of plant and insect life cycles.
Average daily temperature is used to calculate the growing degree days.
The accumulated growing degree days can guide gardeners on the best times for pest control applications.
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