Traditional research on microplastics in cetaceans has largely overlooked extraction methods and their presence in multiple tissues. This study compared 14 methods using tissue degradation rate, plastic recovery rate, membrane permeability, and aging indicators, providing a reliable framework for extracting microplastics from multiple tissues of cetaceans (T4). This method was used to determine the characteristics of microplastic contamination in four tissues of wild and captive tropical spotted dolphins, indicating that the abundance of microplastics is higher in captive individuals, but the diversity is greater in wild individuals. This document provides data on the comparative methods and characteristics of microplastic pollution in multiple organizations. The relevant data can be found in the corresponding named cells for the content of interest.

In Tables 1 and 2, we present the energies of the ground state and 102 lowest-energy excited states for Al II, with Table 1 containing even states and Table 2 containing odd states. Tables 3-6 provide transition wavelengths, reduced matrix elements, transition probabilities, and oscillator strengths for approximately 400 electric dipole (E1), magnetic dipole (M1), electric quadrupole (E2), and magnetic quadrupole (M2) transitions arising from these levels. Comparisons with values from existing literature are included in all tables.

This study investigated the influence of procedural fairness and distributive fairness on individual cooperative behavior among 80 participants through the chicken game task. The findings reveal that distributive fairness affects cooperation. Moreover, there is an interaction effect between procedural and distributive fairness on cooperation. Specifically, under the three distribution conditions, when the outcome was fair, the fairness of the procedure did not affect cooperation; when there was an unfair advantage, an unfair procedure would enhance individual cooperation; when there was an unfair disadvantage, a fair procedure would boost individual cooperation.

This dataset is stored in xlsx format. It contains the monthly data sheet (177 entries) and annual data sheet (15 entries) from 2013 to 2017, including atmospheric temperature, atmospheric humidity, precipitation, atmospheric pressure, total radiation, net radiation, reflected radiation, UV radiation, photosynthetically active radiation, sunshine hours and soil temperature in different depths (0 cm, 5 cm, 10 cm, 15 cm, 20 cm, 40 cm, 60 cm and 100 cm). Thereinto,atmospheric pressure, net radiation, reflected radiation, UV radiation, sunshine hours and soil temperature in 8 depths were monitored since the new observation system installed from April 2009. Therefore, these index were no data before April 2009.

As a basic properties of forest vegetation, forest succession law is the basis of understanding forest community, managing forest and utilizing forest rationally. Typical evergreen broad-leaved forest is a zonal vegetation in the subtropical area of east China. The existing vegetation is mostly in different secondary succession stages due to human and natural disturbance. Plant species composition is an important indicator of the long-term terrestrial ecosystem observation of National Ecosystem Research Network of China (CNERN). It affects the biogeochemical cycle, productivity, carbon sequestration, biodiversity and ecosystem services of forest ecosystems. According to CNERN monitoring standards, Zhejiang Tiantong Forest Ecosystem National Observation and Research Station finished three investigations at three succession plots and established a dataset on species composition during 2008 and 2017. The dataset included species name, abundance, mean diameter and biomass of woody plants in the plot. The species composition database provides critical data for in-depth studies of forest species diversity, structure and function under succession or environment change, and can support forest management and ecosystem service evaluation in this region.

Litter production is an important part of the matter cycle of forest ecosystems. It plays an important role in maintaining forest soil fertility and promoting ecosystem nutrient cycling. Litter production is also an important indicator for the quantification of ecosystem function such as forest productivity and carbon balance. This dataset was collected from two observation plots in Zhejiang Tiantong National Forest Ecosystem National Observation and Research Station. The community succession types in the above two plots belong to the middle-late stage and mature stage of evergreen broad-leaved forest succession, respectively. The projected area of each plot is 50 m × 50 m. 27 litter traps of 0.5 m2 were set in each plot. Litter components (branches, leaves, flowers (fruits), bark and debris) were collected and counted. The dataset contains the monthly and annual recovery amounts of each component and total amount of litter in the two plots from 2008 to 2018. The data quality has been controlled and evaluated by comparing the original paper records and comparing the dynamic trend of data in the same period. This dataset can provide basic information for understanding the changes of ecosystem structure and function during the succession process of evergreen broad-leaved forest, and also provide data support for studying of the impact of regional climate change on forest ecosystem and the evaluation of carbon balance in the zone of evergreen broad-leaved forest.