The phrase "abundant below the" is grammatically correct and can be used in written English.
It can be used in contexts where you are describing something that is plentiful or exists in large quantities beneath a certain level or area.
Example: "The soil in this region is abundant below the surface, providing ample nutrients for plant growth."
Alternatives: "plentiful beneath the" or "rich below the".
At lower elevations, somewhere between 5,500 and 7,200 feet (1,700 and 2,200 metres), cedar is abundant; below the fir and cedar lines, oak, walnut, alder, ash, and juniper trees can be found.
H2SO4 is thought to be produced photochemically near the cloud top via the oxidation of SO2, which is abundant below the cloud top, and thus the clouds basically have the characteristics of photochemical aerosols.
SO2 is abundant below the clouds, but it is unclear how SO2 is transported to the cloud top region (Ignatiev et al. 2009), where the stratification is static and stable.
H2SO4 is thought to be produced photochemically near the cloud top via the oxidation of SO2 and H2O, which are abundant below the cloud top, and thus the clouds basically have characteristics of photochemical aerosols.
The most abundant phyla (here and below, the Alpha, Beta, Gamma, and Delta classes in Proteobacteria were treated as phyla) were Betaproteobacteria and Gammaproteobacteria for the Stanley and Shatin AS samples, respectively.
In the Mediterranean sea, the Portuguese dogfish is one of the most common deepwater sharks along with the blackmouth catshark (Galeus melastomus) and the velvet belly lantern shark (Etmopterus spinax), and the only shark abundant below a depth of 1500 m.
Pheidole was most abundant below ground as well, occurring in 18% of all subterranean samples, although Labidus coecus was the most abundant species found below-ground (16% of all subterranean samples).
Algal cover can remain abundant below 200 m in tropical waters [ 66], and nursery habitats dominated by algae can potentially extend down to the limit of the photic zone.
It is noteworthy that transcripts corresponding not only to R&R proteins but also to other types of cuticular proteins (see below) are abundant in the epM library, and may therefore be essential for the formation of new cuticle.
Drilling and coring in the sediment column has shown that nodules are vastly more abundant at the seafloor than below it and that the rate of growth of nodules is 10 times slower than the lowest known sedimentation rates.
In A. gemmata, where they are most abundant in the region just below the cap cuticle, these refractive cells are scattered, and have a width of 3.7 6 µm.
