欧亚国际

   非生物胁迫是指环境影响如干旱（缺水）、盐度、过度浇水（水过度/漫灌）、较端温度（冷、霜和热）、负面影响植物生长、发育、产量以及作物品质和其它植物的有毒物质。现代植物要高产，但也受非环境胁迫影响。作物胁迫反应对于复杂的GxE互作而言是巨大挑战，特别在气候变化情况下尤其如此。要满足日益增长的食物需求，研究人员付出巨大努力培育适应恶化环境条件下的作物品种。Plantarray配有使用简单的硬件和软件工具，可自动控制灌溉处理（质量和数量）整个实验中阵列每个花盆，分析每株植物对控制处理的反应。通过在施加环境条件下测定检测植物的特定压力胁迫阈值，显著降低了限水环境植物反应研究所耗费时间和精力，实验结果与田间结果有高度相关性。

Analyzing Abiotic Stress 

Abiotic stresses refer to environmental influences such as drought (water deficit), salinity, excessive watering (water-logging/flooding), extreme temperatures (cold, frost and heat), and toxic substances that negatively impact growth, development, yield and seed quality of crops and other plants.Modern crops reach high yields, yet are susceptible to abiotic stress. Improving crop stress response is a great challenge due to the complexity of GxE interactions, in particular during climate change. To meet increased global food demand, researchers are working to develop crops optimized for the deteriorating conditions.Plantarray provides simple to use hardware and software tools that automatically control the irrigation treatment (quality and quantity) of each pot in the array throughout the experiment, analyzing each plant’s response to the controlled treatment. These features dramatically reduces the time and effort in studying plant response to water-limited environment by determining the particular stress threshold for the examined plants for the imposed ambient conditions, with a high correlation to field results.