A method of restoring tidal flat ecology by constructing ecological tidal trenches
An ecological and tidal flat technology, applied in land preparation methods, botanical equipment and methods, lawn growth, etc., can solve problems such as reduced connectivity, and achieve the effect of delaying residence time and increasing salt replenishment time.
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0054] S1: Determine the tidal flat area to be repaired: determine the tidal flat area to be repaired according to the vegetation distribution and elevation;
[0055] S2: Determination of the sea tide line: survey the tidal activities in the sea area, record the flooding frequency and water level changes of the tidal flats to be repaired, and detect the groundwater level changes of the tidal flats to be repaired; according to the activity range of large tides and small tides, Such as figure 1 As shown, determine the coastline 9, spring high tide line 10, spring tide low tide line 13, neap high tide line 11, neap low tide line 12;
[0056] S3: Divide tidal flat areas to be repaired: eg figure 1 As shown, the spring tide high tide line 10 is set as the upper boundary of the high tide area 1, the neap tide high tide line 11 is set as the lower boundary of the high tide area 1, and the high tide area 1 is obtained; the neap tide high tide line 11 is set as the upper boundary of t...
Embodiment 2
[0061] S1: Determine the tidal flat area to be repaired: determine the tidal flat area to be repaired according to the vegetation distribution and elevation;
[0062] S2: Determination of the sea tide line: survey the tidal activities in the sea area, record the flooding frequency and water level changes of the tidal flats to be repaired, and detect the groundwater level changes of the tidal flats to be repaired; according to the activity range of large tides and small tides, Such as figure 1 As shown, determine the coastline 9, spring high tide line 10, spring tide low tide line 13, neap high tide line 11, neap low tide line 12;
[0063] S3: Divide tidal flat areas to be repaired: eg figure 1 As shown, the spring tide high tide line 10 is set as the upper boundary of the high tide area 1, the neap tide high tide line 11 is set as the lower boundary of the high tide area 1, and the high tide area 1 is obtained; the neap tide high tide line 11 is set as the upper boundary of t...
Embodiment 3
[0068] S1: Determine the tidal flat area to be repaired: determine the tidal flat area to be repaired according to the vegetation distribution and elevation;
[0069] S2: Determination of the sea tide line: survey the tidal activities in the sea area, record the flooding frequency and water level changes of the tidal flats to be repaired, and detect the groundwater level changes of the tidal flats to be repaired; according to the activity range of large tides and small tides, Such as figure 1 As shown, determine the coastline 9, spring high tide line 10, spring tide low tide line 13, neap high tide line 11, neap low tide line 12;
[0070] S3: Divide tidal flat areas to be repaired: eg figure 1 As shown, the spring tide high tide line 10 is set as the upper boundary of the high tide area 1, the neap tide high tide line 11 is set as the lower boundary of the high tide area 1, and the high tide area 1 is obtained; the neap tide high tide line 11 is set as the upper boundary of t...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 


