Southeast University

Nanjing Institute of Environmental Sciences, Ministry of Ecology and Environment of the P.r.c.

Chia Tai Tianqing Pharmaceutical Group Co., Ltd.

Shandong Danhong Pharmaceutical Co., Ltd.

Nanjing Tica Thermal Technology Co., Ltd.

Jian Li

Xiquan Zhang

Kevin X Chen

Jian Xiong

Xin Tian

Aiming Zhang

Jie Ma

Shuhui Chen

Zhen Gong

Cheng Xie

Xiongbin Xu

Jie Li

Fei He

Weixin Li

Yufeng Xie

Zhuang Liu

Biao Zhang

Jianfeng Mou

Fengying Guo

Chuan Wang

Chao Fu

Manfu Chen

Chuanlong Xu

Han Qiu

Xuhan Zhang

Jianhui Liu

Zhulian Jiang

Kun Li

Xuejin Zhang

Haiying He

Lili Zhang

A multispectral light field imaging system includes a primary lens, a microlens array, a first relay lens, a dichroic lens, a second relay lens, a third relay lens, a first image sensor, a first filter, a second image sensor and a second filter, wherein the microlens array is located at an image plane of the primary lens; the first relay lens together with the second relay lens and the third relay lens forms a 1:1 relay lens group imaging system on a spectral band 1 light path and a spectral band 2 light path respectively; the dichroic lens forms an included angle of 45° with a light axis; the first image sensor is located at a focal plane of the second relay lens, and the second image sensor is located at a focal plane of the third relay lens.

Multispectral light field imaging system, three-dimensional temperature field measurement method and measurement system

The coastal ecosystem carbon pool estimation method of the invention belongs to the field of environmental assessment, and includes the following steps: (a) determining the spatial boundary of the coastal ecosystem; (b) determining the dominant plant classification area of the coastal ecosystem; (c) calculating the carbon source of the freshwater plant dominant area; (d) size setting of carbon source sampling point in coastal ecosystem; (e) sampling method of carbon source sampling point in coastal ecosystem; (f) carbon source estimation method in coastal ecosystem. The beneficial effects of the invention are as follows: a new method for classifying vegetation areas in coastal ecosystems by using dominant species is proposed, which reduces the difficulty of sampling and simplifies sampling steps; proposes a boundary division method for water body communication and carbon source calculation The method effectively fills the gap of the carbon source survey method in the estuary area; the proposed specific carbon source calculation method for tall shrubs and trees greatly reduces the difficulty and workload of the survey.

Estimation methods for carbon stocks in coastal ecosystems

Growing community of inventors

Nanjing, China

Jian Li