There is growing concern for food w

There is growing concern for food web contamination as a result
of the increase in plastic waste, its accumulation in the marine
environment, and the association of contaminants with plastic. Our
study presents the first evidence of bioaccumulation of PCBs, DDTs
and other chlorinated pesticides, PBDEs, and NP in fish collected
from the NPCG. Long range transport of POPs can explain the presence
of most POPs at great distances from sources, and differentiating
plastic sources from natural prey remains elusive.
Considering evidence for limited LRAT of BDE-209, however, and
its propensity to degrade, the presence of BDE-209 in some yellowtail
suggests a plastic exposure route, but research is needed to
confirm this idea. Further investigation of NP in the marine environment
is also needed; nevertheless, given the strong association
of environmental NP with anthropogenic sources, the unlikelihood
of long-range transport, and detection of additive-derived NP in
plastic from the NPCG, with no other known sources of NP in this
remote region, we concluded the presence of NP in yellowtail from
the NPCG is best explained by exposure to plastic debris. Additional
study of the fate and transport of NP, its presence in gyre
biota, and biomagnification potential would enhance our understanding
of potential food web contamination by marine plastic
debris.

ผลลัพธ์ (อังกฤษ) 2:

There is Growing Concern for Food Web contamination as a Result
of the increase in Plastic waste, ITS accumulation in the Marine
Environment, and the association of contaminants with Plastic. Our
Study Presents the First Evidence of bioaccumulation of PCBs, DDTs
and Other chlorinated Pesticides, PBDEs, and NP in Fish Collected
from the NPCG. Long Range Transport of POPs Can Explain the Presence
of Most POPs at Great distances from sources, and differentiating
sources from Plastic Natural Prey remains elusive.
Considering Evidence for Limited LRAT of BDE-209, however, and
ITS propensity to Degrade, BDE-209 in the Presence of Some yellowtail
suggests a Route Plastic exposure, but is Research Needed to
Confirm this Idea.
Investigation of the Marine Environment in further NP is also Needed; nevertheless, GIVEN the strong association
of Environmental NP with anthropogenic sources, the unlikelihood
of long-Range Transport, and Detection of additive-derived NP in
Plastic from the NPCG, with no Other Known sources of NP in this
Remote Region, we concluded the Presence. NP of yellowtail in from
the NPCG is best expLAineD by exposure to Plastic debris. Additional
Study of the Fate and Transport of NP, ITS Gyre Presence in
Biota, and would Biomagnification potential Enhance our understanding
of potential contamination by Marine Food Web Plastic
debris. GIVEN the strong association of Environmental NP with anthropogenic sources, the unlikelihood of long-Range Transport, and Detection of additive-derived NP in Plastic from the NPCG, with no Other Known sources of NP in this Remote Region, we concluded the Presence of NP. in yellowtail from the NPCG is best expLAineD by exposure to Plastic debris. Additional Study of the Fate and Transport of NP, ITS Gyre Presence in Biota, and would Biomagnification potential Enhance our understanding of potential contamination by Marine Food Web Plastic debris. GIVEN the strong association of Environmental NP with anthropogenic sources, the unlikelihood of long-Range Transport, and Detection of additive-derived NP in Plastic from the NPCG, with no Other Known sources of NP in this Remote Region, we concluded the Presence of NP. in yellowtail from the NPCG is best expLAineD by exposure to Plastic debris. Additional Study of the Fate and Transport of NP, ITS Gyre Presence in Biota, and would Biomagnification potential Enhance our understanding of potential contamination by Marine Food Web Plastic debris. with no Other Known sources of NP in this Remote Region, we concluded the Presence of NP in yellowtail from the NPCG is best expLAineD by exposure to Plastic debris. Additional Study of the Fate and Transport of NP, ITS Gyre Presence in Biota, and would Biomagnification potential Enhance our understanding of potential contamination by Marine Food Web Plastic debris. with no Other Known sources of NP in this Remote Region, we concluded the Presence of NP in yellowtail from the NPCG is best expLAineD by exposure to Plastic debris. Additional Study of the Fate and Transport of NP, ITS Gyre Presence in Biota, and would Biomagnification potential Enhance our understanding of potential contamination by Marine Food Web Plastic debris.