Bird diversity is of great significance to the construction of wetland ecosystem. Bird habitat construction is an important part of wetland planning and design. To explore the construction of wetland bird habitat and the development of bird watching tourism is conducive to enhancing the public awareness of the protection of wetland birds and their habitats. In this paper, 500 hectare wetland model which is of great significance to the regional ecological environment and the development of bird watching tourism is selected as the research object. Based on the analysis of wetland types, the market value method, alternative method and ecological value method are used to preliminarily estimate the value of species habitat, and GIS technology is used to build the spatial habitat model of birds, using chi square test and t-test as the analysis method of habitat simple variables, this paper explores the construction of bird habitat and the way of bird watching tourism, so as to provide basis for the protection and preliminary exploration of wetland and its birds. This study shows that the development coefficient of the two stages in 2016 is 0.58, that is to say, the capital construction cost of the nature reserve accounts for 58% of the functional value of the biological habitat, thus it can be concluded that the average functional value of the 500 hectare wetland biological habitat is 17.5537 million yuan. The study also shows that in the current stage of sustainable economic development, it is very important to protect the wetland environment and develop bird watching tourism

Zixi Cui. On the Construction of Wetland Bird Habitat and Bird Watching Tourism. International Journal of Engineering Technology and Construction (2020), Vol. 1, Issue 4: 25-36. https://doi.org/10.38007/IJETC.2020.010403.

[1] Steen, V. A, Skagen, SK, & Melcher, CP(2016)“Implications of Climate Change for Wetland-Dependent Birds in the Prairie Pothole Region”, Wetlands, 36(2 Supplement), pp.445-459. DOI: 10.1007/s13157-016-0791-2

[2] Pareek, NK, & Patidar, V(2016)“Medical Image Protection Using Genetic Algorithm Operations”, Soft Computing, 20(2), pp.763-772. DOI: 10.1007/s00500-014-1539-7

[3] 147-159.We, P, Zan, Q, Tam, NFY, Shin, PKS, Cheung, SG, & Li, M(2017)“Impact of Habitat Management on Waterbirds in a Degraded Coastal Wetland”, Marine pollution bulletin, 124(2), pp.645-652.

[4] Carlos, EH, Weston, MA, & Gibson, M(2017)“Avian Responses to an Emergent, Wetland Weed”, Austral Ecology, 42(3), pp.277-287.

[5] Yrj?L?, RA, Tanskanen, A, Sarvanne, H, Vickholm, J, & Santaharju, JLM(2016)“Effects of Human Activities on Populations of Wetland Birds: a Case Study from Vuosaari Harbour, Southern Finland”, Annales Zoologici Fennici, 53(5-6), pp.241-254.

[6]Tavernia, BG, Lyons, JE, Loges, BW, Wilson, A, Collazo, JA, & Runge, MC(2016)“An Evaluation of Rapid Methods for Monitoring Vegetation Characteristics of Wetland Bird Habitat”, Wetlands Ecology and Management, 24(5), pp.495-505. DOI: 10.1007/s11273-015-9476-5

[7]Kumar, P, Rai, D, & Gupta, SK(2016)Wetland Bird Assemblage in Rural Ponds of Kurukshetra, India”, Waterbirds, 39(1), pp.86-98.

[8]Maleki, S, Soffianian, AR, Soltani Koupaei, S, Saatchi, S, Pourmanafi, S, & Sheikholeslam, F(2016)“Habitat Mapping as a Tool for Water Birds Conservation Planning in an Arid Zone Wetland: the Case Study Hamun Wetland”, Ecological Engineering, 95,pp594-603. DOI: 10.1016/j.ecoleng.2016.06.115

[9]We, P, Zan, Q, Tam, NFY, Shin, PKS, Cheung, SG, & Li, M(2017)“Impact of Habitat Management on Waterbirds in a Degraded Coastal Wetland”, Marine pollution bulletin, 124(2), pp.645-652.

[10] Darabseh, A, Siami-Namini, S, & Namin, AS(2018)“Continuous Authentications Using Frequent English Terms”,Applied Artificial Intelligence, 32(1-3), pp.13-47.

[11] Zhang, H, Han, X, Li, R, Qin, S, Ding, G, & Yan, K(2016)“A New Conceptual Design Method to Support Rapid and Effective Mapping from Product Design Specification to Concept Design”,The International Journal of Advanced Manufacturing Technology, 87(5), pp.2375-2389.

[12] Hutson, M(2017)“Ai Glossary: Artificial Intelligence, in So Many Words”, Science, 357(6346), pp.19-19.