Answers;
Tend to contain more broadleaf evergreen trees
Compared with deciduous forests, coniferous forests end to contain more broadleaf evergreen trees.
Explanation;
A coniferous forest has trees like evergreens, they never lose their leaves and they are always green.
A deciduous forest is a forest where the leaves on the trees do turn colors and eventually fall of in the fall and winter.
Coniferous forests are found in colder climates, in fact the further north you go the less deciduous trees you will find. This also holds true for hot climates. Coniferous trees have evolved needles and thick sap so they lose less moisture to the elements while deciduous trees are usually located in areas of abundant moisture.
Chemicals are the best way
Answer:
they feed off of the efforts to control the fires on forests
Explanation:
they cause heat trapping for wildfires to grow. These patterns occurred in 1880 as a result, led multiple forest fires that were hard to control and over time increased chances of happening again.
Answer:
A protein-coding gene has an open reading frame (ORF) that make easier its identification
Explanation:
During translation, the messenger RNA (mRNA) is read by the ribosomes as triplets of nucleotides called codons in the open reading frame (ORF). An ORF can be defined as a gene fragment composed of codons which are translated into amino acids in a polypeptide chain. According to the genetic code, the information encoded by these codons will specify the sequence of amino acids in the protein, as well as the start codon and stop codons of the protein-coding genes. A start codon (AUG) is a site at which translation into protein begins, while stop codons (UAA, UAG, and UGA) mark the site at which translation ends. Moreover, non-coding RNAs (ncRNAs) don't have ORFs because they do not encode for proteins, and therefore their identification is more difficult.
C. Increased genetic variation
