| Â | observed_species | Shannon1 | Simpson2 | Chao13 | goods_coverage4 |
|---|
kitR | 891 | 4.385124 | 0.846254 | 891 | 1 |
kitD | 315 | 3.077936 | 0.689636 | 315 | 1 |
steR | 886 | 4.706317 | 0.874302 | 886 | 1 |
steD | 289 | 1.908215 | 0.54075 | 289 | 1 |
- 1 The richness and evenness of the community were considered. The higher the Shannon index, the higher the community diversity
- 2 The probability that two randomly sampled individuals belong to different species = 1-the probability that two randomly sampled individuals belong to the same species. The greater the Simpson index, the higher the community diversity
- 3 Chao1 algorithm is used to estimate the number of OTUs in the community. The larger the Chao1 value, the more the total number of species
- 4 Sequencing depth index
