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Effective global environmental governance is the only viable way to solve the human environmental crisis. For a long time, China has been an active promoter and contributor to the global environmental governance system. In recent years, China has enhanced the penalty intensity of environmental crimes, the environmental pollution crimes in particular, and received good results in order to better realize the construction of ecological civilization and better fulfill the emission reduction targets of international environmental treaties. The deterioration of China's environmental crisis in the past and the lack of deterrent effect of China's environmental laws are closely related to the ineffective punishment of environmental crimes. In order to better promote environmental protection careers, China's environmental crimes still need to be continuously optimized in terms of adding charges, legislative models and restorative justice.

As Kailemia observes, "environmental crimes are an area of increasing concern, not only because of [their] globalized nature" but because these crimes have "impacts beyond the capacity of criminal justice systems of most states to comprehend or address." How then can criminal justice agencies, particularly in the global south, respond to national and transnational environmental challenges? This paper takes the case of Bangladesh and outlines examples of anthropogenic activities that are destroying biodiversity and polluting the environment in this country. It then situates these crimes and harms in the context of environmental law, and the work of police and environment agencies, in Bangladesh. The paper concludes with a consideration of future options for environmental law enforcement in Bangladesh.

The objective of this research was to evaluate the contamination of pesticides of carbamate and benzimidazole classes in soil, water and soybean seeds, incorrectly discarded near a spring in the state of Goiás-Brazil. The Solid-Liquid and Liquid-Liquid Extraction with Low Temperature Partition (SLE/LTP or LLE/LTP) methods were used for pesticide extraction and the analyses were performed by HPLC-UV. A high resolution mass spectrometer was used to confirm the identity of the compounds present in the seeds. The results showed that the soybeans were treated with the pesticide carbendazim and the dosage was three times higher than established by Brazilian legislation. In the soil and water analyzed there was no presence of the pesticides researched, nor of the carbendazim detected in the seeds. Since this was an environmental crime due to incorrect disposal, it is not known how long ago it occurred. Thus, depending on how long the seeds had been exposed there, the pesticide could have leached out, and caused contamination in the spring and soil. Thus, we conclude that the incorrect disposal of seeds treated with pesticides can be a risk to the permanence of life on the site., (© 2021 Wiley-VHCA AG, Zurich, Switzerland.)

Eucalyptus is grown world-wide for paper pulp, solid wood, and other industries. Theft or illegal cutting of the trees causes hardship to owners of plantations and countries whose economies rely on the sale and export of eucalyptus products. Unfortunately, many of these crimes go unpunished due to lack of forensic evidence. Over 1200 short tandem repeat (STR) markers have been identified in the genomes of genus Eucalyptus and related species. However, their importance and utility in aiding forensic investigations of wood theft have not been explored. This study evaluated nine STRs for diversity and applied them to a case involving suspected wood theft. As expected, three dinucleotide STR markers showed greater variability but resulted in harder to interpret profiles. Four STR tetranucleotide markers evaluated in this study were found to contain additional repeat structures (dinucleotide or trinucleotide) that enhanced their variability but resulted in profiles with peaks at multiple stutter positions and heterozygote peak imbalance. The most promising STR markers were EGM37 and EMBRA 1374. Though less variable, they yielded robust and reproducible DNA profiles. All nine STR markers were applied to a case involving suspected wood theft. Samples were collected from seized wood and from remaining stumps in a plantation. No DNA match was found, thus eliminating the evidence samples as having originated from the forest. Dendrochronology analysis also resulted in an exclusion. This case study represents the first report using STR markers in any eucalyptus species to provide DNA evidence in a case of suspected wood theft., Competing Interests: Declaration of Competing Interest The authors declare that they have no known competing financial interests or personal relationships that could have appeared to influence the work reported in this paper., (Copyright © 2020 The Chartered Society of Forensic Sciences. Published by Elsevier B.V. All rights reserved.)