Forests are complex, evolving ecosystems. For instance, pioneer tree species can be displaced by successional species b adapted to the changing environment. Ecologists mapped a large Canadian forest plot dominated by pioneer Douglas fir understory of the invading successional species western hemlock and western red cedar. The two$-$way table records the distribution of all $2050$ trees in the plot by species and by life stage. The distinction between live and sapling trees is ma live trees taller and shorter than $1\mathrm{.}3$ meters, respectively.DeadLiveSapling TotalWestern red cedar $($RC$)0\mathrm{.}020\mathrm{.}100\mathrm{.}080\mathrm{.}20$Douglas fir $($DF$)0\mathrm{.}160\mathrm{.}160\mathrm{.}000\mathrm{.}32$Western hemlock $($WH$)0\mathrm{.}230\mathrm{.}210\mathrm{.}040\mathrm{.}48$Total$0\mathrm{.}410\mathrm{.}470\mathrm{.}12$To access the complete data set, click the link for your preferred software format:Excel Minitab JMP SPSS TI R Mac$-$TXT PC$-$TXT CSV CrunchIt!What does the given data say about the current composition and the evolution of this Canadian forest?$($a$)$ Compute the conditional probabilities that a randomly chosen tree is dead given information about its species, for ea three tree species in this forest. $($Enter your answers rounded to three decimal places.$)$P$($dead $|$ RC$)=$question source,