ellie

[ellie @ronsoner12]

5 #ronsonplants the results r mainly due 2 the harmful 🚗 emissions that damage the🍀near the 🛣 & so there is an 📈 in richness & density ⬅️ 🛣. In the future, the research should be conducted on a larger scale and compare 2 different sites 2 c the effects of 🛣 on grassland.

[ellie @ronsoner12]

4 #ronsonplants on the🥧📊 there is a 📈of grass cover at 0m to 80m away from the 🛣 in the 2nd 📊 the pH level remains neutral but 📉 from 7.6 to 7.45 suggesting it’s become more acidic. The 3rd 📊 shows that species richness 📈 from 5.25 to 7 the further away from the 🛣

[ellie @ronsoner12]

3 #ronsonplants we conducted 4 transects parallel to the 🛣 each 20M apart & placed 5 quadrats 20m away from the 🛣 each time so the furthest was 80m away from🛣. We measured 🍀 richness, density, collected soil samples to look at pH & moisture readings in each quadrat.

[ellie @ronsoner12]

1 #ronsonplants. 🚗 produce 😷 emissions that can cause 🍀⚰️ due 2 an 📈 in CO2, CO and NO in the atmosphere which gets absorbed in2 the soil and effects 🍀 survival. Calcareous grassland r species rich ecosystem which have not been well researched about the impacts of 🚗🏍💨

[ellie @ronsoner12]

2 #ronsonplants our main 🥅 is 2 c the impact of 🛣 M32 on grassland in Stoke Park by looking at: 1) species density 📈 away from the road. 2) species richness 📈 away from the road. 3) pH in soil becomes more acidic away from the road.

[ellie @ronsoner12]

@phoebeekelly hi

[ellie @ronsoner12]

@ThomasWints hello