Tomomi Inoue and colleagues have examined the chemistry and biology of the mangrove rhizosphere, the part of the soil connected to the mangrove roots. ... “This mutualism was evidenced in our study by the observed increase of soil nitrogenase activity with higher live root biomass and detrital organic matter content.
While within the mangroves themselves there are very few predators, in the more open waters are predator fish that await any small wanderers that may stray away from the protection of the mangroves. Fish like the tarpon, snook, bone fish, red fish, rays, and lemon shark work with the tides
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Tomomi Inoue and colleagues have examined the chemistry and biology of the mangrove rhizosphere, the part of the soil connected to the mangrove roots. ... “This mutualism was evidenced in our study by the observed increase of soil nitrogenase activity with higher live root biomass and detrital organic matter content.
While within the mangroves themselves there are very few predators, in the more open waters are predator fish that await any small wanderers that may stray away from the protection of the mangroves. Fish like the tarpon, snook, bone fish, red fish, rays, and lemon shark work with the tides