Biodiversity Science ›› 2016, Vol. 24 ›› Issue (7): 838-846.doi: 10.17520/biods.2015344

Special Issue: Marine Biodiversity Under Global Climate Change

• Orginal Article • Previous Article     Next Article

Design and development of a data management system for marine fouling organisms

Hua Feng1, Wenhao Cao2, 3, Xiaoyang Tian1, Zhiqiang Cheng2, Tao Yan2, 3, *()   

  1. 1 School of Computer Science and Education Software, Guangzhou University, Guangzhou 510006
    2 Key Laboratory of Tropical Marine Bio-resources and Ecology, South China Sea Institute of Oceanology, Chinese Academy of Sciences, Guangzhou 510301
    3 Key Laboratory of Marine Environmental Corrosion and Bio-fouling, Institute of Oceanology, Chinese Academy of Sciences, Qingdao, Shandong 266071
  • Received:2015-12-07 Accepted:2016-06-25 Online:2016-08-04
  • Yan Tao E-mail:yantao@scsio.ac.cn

Biofouling, the unwanted assemblage of marine organisms colonizing submerged parts of ships and artificial facilities, has a negative impact on human activities related to the sea. The development of fouling communities is closely related to a variety of factors such as temperature, salinity, depth, season, immersion time, geographic location, distance from shore and substratum type. To facilitate systematic analysis and processing of data on marine fouling and clarify the intrinsic relationship between the various elements mentioned above, it is necessary to build a technical platform to integrate scattered and sporadic information and to share this data through a network. By means of internet technology, the ASP.NET framework and MySQL database, the MS Visual Studio 2013 software was used to devise a data management system for marine fouling organisms under the Windows 7 or Windows Server 2008 R2 (recommended) operating system. From the system, data integration, storage and management of fouling organisms are implemented via the network. Query and retrieval of data can be conducted under single or multiple search conditions and the results are exported in several formats according to the user’s requirements. The data management system for marine fouling organisms provides a useful and effective way to help data analysis and decision-making for research, industry and administration.

Key words: fouling organisms, database, taxonomy, ecology, biogeography

Fig. 1

Schematic diagram of the data management system for marine fouling organisms"

Fig. 2

Workflow diagram of the data management system for marine fouling organisms"

Fig. 3

Process entity relationship diagram of the data manage- ment system for marine fouling organisms"

Table 1

“Stations” form structure of the data management system for marine fouling organisms"

字段 Field 类型 Type 说明 Description 备注 Remark
name 字符串 Character string 站位名称 Station’s name 用作标识符 Used for identifier
alias 字符串 Character string 站位别名 Station’s alias 空值 Null
location 字符串 Character string 站位地点 Station position
depth 实数 Real number 站位水深 Station depth
longitude 实数 Real number 站位经度 Longitude
latitude 实数 Real number 站位纬度 Latitude
distance 实数 Real number 离岸距离(公里) Distance from shore (km)
facility 字符串 Character string 设施类型 Type of facility
settingdate 日期 Date 设施布设时间 Deployment date
retrievaldate 日期 Date 设施回收时间 Retrieval date

Table 2

“Sampling” form structure of the data management system for marine fouling organisms"

字段 Field 类型 Type 说明 Description 备注 Remark
id 序号 SN 用作标识符 Used for identifier
oridinal 字符串 Character string 试板编号 Serial number of test panels “采样点”不用 Not for sampling positions
direction 字符串 Character string 采样方位 Sampling position “试板”不用 Not for panel tests
s_name 字符串 Character string 调查站位 Investigation station “站位”的标识符 Station identifier
depth 实数 Real number 采样点深度 Sampling depth
temperature 实数 Real number 采样点温度 Temperature of sampling point
salinity 实数 Real number 采样点盐度 Salinity of sampling point
method 枚举 Enumeration 采样方式 Sampling method
survey_time 自然数 Natural number 浸海时间(月) Immersion time (Month)
area 实数 Real number 采样面积 Sampling area (cm2)
thickness 实数 Real number 样品厚度 Fouling thickness 空值 Null
biomass 实数 Real number 总生物量 Total biomass 空值 Null
sv_time 日期 Date 试板回收时间 Retrieval date “采样点”不用 Not for sampling positions
notices 字符串 Character string 备注 Remarks 空值 Null

Table 3

“Samples” form structure of the data management system for marine fouling organisms"

字段 Field 类型 Type 说明 Description 备注 Remark
sp_id 序号 SN 用作标识符 Used for identifier
s_id 序号 SN “采样”的标识符 Sampling identifier
snum 字符串 Character string 样本编号 Serial number of samples
gettime 日期 Date 采样时间 Sampling date 用于“采样点” For sampling positions
name 字符串 Character string 物种名 Species name
cover 实数 Real number 覆盖面积 Coverage area 空值 Null
density 实数 Real number 密度 Density (ind./m2) 空值 Null
wet weight 实数 Real number 湿重 Wet biomass (g/m2) 空值 Null
size 实数 Real number 个体大小 Individual size 空值 Null
alive 自然数 Natural number 成活个体数 Number of individuals alive 空值 Null
died 自然数 Natural number 死亡个体数 Number of dead individuals 空值 Null
notices 字符串 Character string 备注 Remarks 空值 Null

Table 4

The corresponding relationships between the user role and page accessibility and jump strategy"

功能
Function
页面
Page
游客
Visitor
未授权用户
Unauthorized user
普通用户
Ordinary user
管理员
Administrator
登录
Login
Login.aspx 可访问
Accessible
跳转到密码修改
Jump to Change Your Password
跳转到数据查询
Jump to Data Query
跳转到数据查询
Jump to Data Query
注册
Registration
SignUp.aspx 可访问
Accessible
跳转到密码修改
Jump to Change Your Password
跳转到数据查询
Jump to Data Query
跳转到数据查询
Jump to Data Query
找回密码
Find your password
PswRecovery.aspx 可访问
Accessible
跳转到密码修改
Jump to Change Your Password
跳转到数据查询
Jump to Data Query
跳转到数据查询
Jump to Data Query
数据查询
Data query
Query.aspx 跳转到登录
Jump to Login
跳转到密码修改
Jump to Change Your Password
可访问
Jump to Data Query
可访问
Accessible
数据编辑
Data editing
Edit.aspx 跳转到登录
Jump to Login
跳转到密码修改
Jump to Change Your Password
跳转到数据查询
Jump to Data Query
可访问
Accessible
用户管理
User management
UsersManage.aspx 跳转到登录
Jump to Login
跳转到密码修改
Jump to Change Your Password
跳转到数据查询
Jump to Data Query
可访问
Accessible
密码修改
Change your password
ChangePsw.aspx 跳转到登录
Jump to Login
可访问
Accessible
可访问
Accessible
可访问
Accessible

Fig. 4

Data editing screenshot of the data management system for marine fouling organisms"

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