Hi,

( I'm French sorry if english bad)

I need help on how treat my data.

For 12 weeks i have followed grass hight for 4 grassland (ABCD) . With 1 mesurement per week per grassland.

In each grassland, i have placed exclosure cage so animals cannot eat grass.

for each grassland :

- A : 9 exlcosure cages

- B : 6 exlcosure cages

- C : 6 exlcosure cages

- D : 8 exlcosure cages

mesurement where done like this :

Once a week on each grassland

5 mesurements per exclosure (each corner and middle) AND 5 mesurements 10 meter in west (each corner and middle of an imaginary square)

SO each exclosore is paired with an imaginary corner where grass can be eaten.

so in total for exemple on grassland A :

6*5 mesurement on exclosure AND 6*5 on correspondant imaginary square

this 12 times for each

Here is the stat question :

thanks

tell me if i need to do something to be more precise

( I'm French sorry if english bad)

I need help on how treat my data.

For 12 weeks i have followed grass hight for 4 grassland (ABCD) . With 1 mesurement per week per grassland.

In each grassland, i have placed exclosure cage so animals cannot eat grass.

for each grassland :

- A : 9 exlcosure cages

- B : 6 exlcosure cages

- C : 6 exlcosure cages

- D : 8 exlcosure cages

mesurement where done like this :

Once a week on each grassland

5 mesurements per exclosure (each corner and middle) AND 5 mesurements 10 meter in west (each corner and middle of an imaginary square)

SO each exclosore is paired with an imaginary corner where grass can be eaten.

so in total for exemple on grassland A :

6*5 mesurement on exclosure AND 6*5 on correspondant imaginary square

this 12 times for each

Here is the stat question :

**does the grass in exclosure is highter than in the imaginary square ?**( i want to see if red deer uses my grassland, then determine wich one are the best nor with places are most used in the grassland)thanks

tell me if i need to do something to be more precise

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