Convergence increasing planting method for ecological garden vegetation

Abstract

The invention discloses a sink-increasing planting method for ecological garden vegetation, which comprises planting field information, vegetation optimization, planting field processing, vegetation planting and planting process, the planting field information comprises planting field site selection, planting field illumination and planting field climate, the planting field site selection is to select a planting area and range of the vegetation, and the planting field illumination is to select the planting area and range of the vegetation. According to the method, a planting area is optimized, hydrological and sunshine conditions of the planting area are collected, then vegetation conforming to data of the planting area is collected, only the vegetation with better convergence increasing data in the optimized vegetation conforming to the data of the planting area can be selected according to own preferences, and planting points of the planting area are positioned after the vegetation is selected. After the planting pits are dug, the soil is subjected to targeted treatment according to the vegetation planting conditions to ensure the survival rate of the plants, the vegetation activity state is detected and marked after planting, and then targeted compensation is performed during subsequent maintenance, so that adaptation and survival of the vegetation are ensured.

Description

Technical Field

[0001] The invention relates to the field of carbon sink enhancement planting, in particular to a carbon sink enhancement planting method for ecological garden vegetation. Background Art

[0002] Carbon sink enhancement refers to a strategy to offset carbon emissions by increasing carbon sinks in the context of carbon peak and carbon neutrality. Carbon sink enhancement planting refers to the process or mechanism by which plants absorb and convert carbon dioxide through natural processes. The main purpose of carbon sink enhancement planting is to help achieve the goal of carbon neutrality, that is, to balance carbon emissions generated by human activities by increasing carbon absorption.

[0003] Ecological gardens that use carbon sequestration-enhancing planting methods generally introduce vegetation directly based on local planting conditions. These planting conditions are mostly planting conditions in large areas, and the conditions in each small area within each large area are inconsistent, which makes some vegetation unable to adapt to the local area, or the planting conditions do not meet the requirements, resulting in insufficient plant activity and unable to meet the carbon sequestration-enhancing data of the ecological garden. Therefore, it is necessary to propose a carbon sequestration-enhancing planting method for ecological garden vegetation. Summary of the invention

[0004] In view of the problems in the prior art, the present invention provides a method for increasing the carbon sink of ecological garden vegetation.

[0005] The technical solution adopted by the present invention to solve the technical problem is: a method for increasing the carbon sequestration of ecological garden vegetation, including planting site information, vegetation optimization, planting site treatment, vegetation planting and planting process, characterized in that: The planting site information includes the site selection, lighting and climate of the planting site. The site selection is to select the planting area and range of the vegetation. The lighting of the planting site is to confirm whether the terrain of the planting site and nearby buildings will block the light, and the light exposure time of the planting site after the blockage. The climate of the planting site is to confirm the climatic conditions of the planting location; The vegetation preferably includes local vegetation selection and foreign vegetation selection, wherein the local vegetation selection is to select local vegetation adapted to the planting conditions of the planting site according to the planting site information, and the foreign vegetation selection is to select foreign vegetation adapted to the planting conditions of the planting site according to the planting site information; The planting site treatment includes planting spacing, planting land pretreatment and planting environment adjustment. The planting spacing is to locate the planting position according to the lighting position of the planting site and the planting requirements of the selected vegetation. The planting land pretreatment is to dig according to the planting position of the vegetation and detect the soil quality of the planting position of the vegetation. The planting environment adjustment is to perform targeted treatment on the soil of the planting position of the vegetation according to the planting requirements of the selected vegetation and the inspection results of the soil quality of the planting position. The vegetation planting includes vegetation planting, vegetation marking and vegetation fertilization. The vegetation planting is to plant the selected vegetation at the selected location, the vegetation marking is to mark according to the planting vegetation conditions, and the vegetation fertilization is to carry out targeted fertilization according to the marked planting vegetation conditions; The planting process includes: Step 1: First, choose the size and location of the planting area according to your needs, then check the terrain and buildings near the planting area, and then investigate the climate of the planting area, so as to know the light, precipitation and soil fertility data of the planting area; Step 2: Select local and foreign vegetation that are suitable for the data according to the light, precipitation and soil fertility data of the planting area, and then remove the planting that does not meet the carbon sink data after planting, and remove the vegetation that will cause biological invasion to the local area, and then you can choose according to your own preferences; Step 3: Based on the planting requirements of the selected vegetation and the light, precipitation and soil fertility data of the planting area, the planting spacing of the selected vegetation can be obtained, and then the planting sites are marked and located in the planting area, and then pits are dug according to the planting requirements of the selected vegetation; Step 4: Check the soil at the location of the pit, and humidify, dry, and fertilize the soil that does not meet the planting requirements of the selected vegetation, so that the soil at the location of the pit meets the planting requirements of the selected vegetation; Step 5: Plant the selected vegetation, and detect the activity status of the selected vegetation during planting. Mark the vegetation according to the inspection results, and then make targeted compensation according to the marked conditions during subsequent unified fertilization.

[0006] Specifically, the site selection for planting includes the selection of planting conditions, and the selection of planting conditions is to remove saline-alkali land, gravel land, and slope areas that are difficult to plant or difficult to plant.

[0007] Specifically, the planting land pretreatment includes backfill soil treatment, which is to treat the backfill soil during planting, and can be humidified, dried, and fertilized according to needs.

[0008] Specifically, the vegetation marking is to mark multiple deficiencies of the selected vegetation activity status by using multiple colors, and multiple horizontal bars are set for each color to mark the specific number of each deficiency, and then targeted compensation can be performed for the marked situation.

[0009] Specifically, the planting environment adjustment includes climate adjustment. When the local climate changes during planting, the planting area can be heated, cooled, and other operations performed in real time according to the planting needs of the vegetation.

[0010] Specifically, in the selection of local vegetation and the selection of foreign vegetation, priority is given to plants with larger leaf surface areas.

[0011] The beneficial effects of the present invention are as follows: a method for increasing the carbon sequestration of ecological garden vegetation, when in use, firstly, a planting area is selected and the hydrological and sunshine conditions of the planting area are collected, and then vegetation that meets the planting area data is collected, and then vegetation with better carbon sequestration data among the vegetation that meets the planting area data is selected, and then it can be selected according to one's own preferences, and after the vegetation is selected, the planting point of the planting area is located, and after the planting pit is dug, the soil is targetedly treated according to the conditions for planting the vegetation to ensure its survival rate, and the activity state of the vegetation is detected and marked after planting, and then targeted compensation is made during subsequent maintenance, thereby ensuring the adaptation and survival of the vegetation. DETAILED DESCRIPTION

[0012] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below in conjunction with specific implementation methods.

[0013] The method for increasing carbon sinks in ecological garden vegetation of the present invention includes planting site information, vegetation optimization, planting site treatment, vegetation planting and planting process, and is characterized in that: The planting site information includes the site selection, lighting and climate of the planting site. The site selection is to select the planting area and range of the vegetation. The lighting of the planting site is to confirm whether the terrain of the planting site and nearby buildings will block the light, and the light exposure time of the planting site after the blockage. The climate of the planting site is to confirm the climatic conditions of the planting location; The vegetation preferably includes local vegetation selection and foreign vegetation selection, wherein the local vegetation selection is to select local vegetation adapted to the planting conditions of the planting site according to the planting site information, and the foreign vegetation selection is to select foreign vegetation adapted to the planting conditions of the planting site according to the planting site information; The planting site treatment includes planting spacing, planting land pretreatment and planting environment adjustment. The planting spacing is to locate the planting position according to the lighting position of the planting site and the planting requirements of the selected vegetation. The planting land pretreatment is to dig according to the planting position of the vegetation and detect the soil quality of the planting position of the vegetation. The planting environment adjustment is to perform targeted treatment on the soil of the planting position of the vegetation according to the planting requirements of the selected vegetation and the inspection results of the soil quality of the planting position. The vegetation planting includes vegetation planting, vegetation marking and vegetation fertilization. The vegetation planting is to plant the selected vegetation at the selected location, the vegetation marking is to mark according to the planting vegetation conditions, and the vegetation fertilization is to carry out targeted fertilization according to the marked planting vegetation conditions; The planting process includes: Step 1: First, choose the size and location of the planting area according to your needs, then check the terrain and buildings near the planting area, and then investigate the climate of the planting area, so as to know the light, precipitation and soil fertility data of the planting area; Step 2: Select local and foreign vegetation that are suitable for the data according to the light, precipitation and soil fertility data of the planting area, and then remove the planting that does not meet the carbon sink data after planting, and remove the vegetation that will cause biological invasion to the local area, and then you can choose according to your own preferences; Step 3: Based on the planting requirements of the selected vegetation and the light, precipitation and soil fertility data of the planting area, the planting spacing of the selected vegetation can be obtained, and then the planting sites are marked and located in the planting area, and then pits are dug according to the planting requirements of the selected vegetation; Step 4: Check the soil at the location of the pit, and humidify, dry, and fertilize the soil that does not meet the planting requirements of the selected vegetation, so that the soil at the location of the pit meets the planting requirements of the selected vegetation; Step 5: Plant the selected vegetation, and detect the activity status of the selected vegetation during planting. Mark the vegetation according to the inspection results, and then make targeted compensation according to the marked conditions during subsequent unified fertilization.

[0014] Specifically, the site selection for planting includes the selection of planting conditions, and the selection of planting conditions is to remove saline-alkali land, gravel land, and slope areas that are difficult to plant or difficult to plant.

[0015] Specifically, the planting land pretreatment includes backfill soil treatment, which is to treat the backfill soil during planting, and can be humidified, dried, and fertilized according to needs.

[0016] Specifically, the vegetation marking is to mark multiple deficiencies of the selected vegetation activity status by using multiple colors, and multiple horizontal bars are set for each color to mark the specific number of each deficiency, and then targeted compensation can be performed for the marked situation.

[0017] Specifically, the planting environment adjustment includes climate adjustment. When the local climate changes during planting, the planting area can be heated, cooled, and other operations performed in real time according to the planting needs of the vegetation.

[0018] Specifically, in the selection of local vegetation and the selection of foreign vegetation, priority is given to plants with larger leaf surface areas.

[0019] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of the present invention is defined by the attached claims and their equivalents.

Claims

1. A method for increasing carbon sinks in ecological garden vegetation, comprising planting site information, vegetation optimization, planting site treatment, vegetation planting and planting process, characterized in that: The planting site information includes the site selection, lighting and climate of the planting site. The site selection is to select the planting area and range of the vegetation. The lighting of the planting site is to confirm whether the terrain of the planting site and nearby buildings will block the light, and the light exposure time of the planting site after the blockage. The climate of the planting site is to confirm the climatic conditions of the planting location; The vegetation preferably includes local vegetation selection and foreign vegetation selection, wherein the local vegetation selection is to select local vegetation adapted to the planting conditions of the planting site according to the planting site information, and the foreign vegetation selection is to select foreign vegetation adapted to the planting conditions of the planting site according to the planting site information; The planting site treatment includes planting spacing, planting land pretreatment and planting environment adjustment. The planting spacing is to locate the planting position according to the lighting position of the planting site and the planting requirements of the selected vegetation. The planting land pretreatment is to dig according to the planting position of the vegetation and detect the soil quality of the planting position of the vegetation. The planting environment adjustment is to perform targeted treatment on the soil of the planting position of the vegetation according to the planting requirements of the selected vegetation and the inspection results of the soil quality of the planting position. The vegetation planting includes vegetation planting, vegetation marking and vegetation fertilization. The vegetation planting is to plant the selected vegetation at the selected location, the vegetation marking is to mark according to the planting vegetation conditions, and the vegetation fertilization is to carry out targeted fertilization according to the marked planting vegetation conditions; The planting process includes: Step 1: First, choose the size and location of the planting area according to your needs, then check the terrain and buildings near the planting area, and then investigate the climate of the planting area, so as to know the light, precipitation and soil fertility data of the planting area; Step 2: Select local and foreign vegetation that are suitable for the data according to the light, precipitation and soil fertility data of the planting area, and then remove the planting that does not meet the carbon sink data after planting, and remove the vegetation that will cause biological invasion to the local area, and then you can choose according to your own preferences; Step 3: Based on the planting requirements of the selected vegetation and the light, precipitation and soil fertility data of the planting area, the planting spacing of the selected vegetation can be obtained, and then the planting sites are marked and located in the planting area, and then pits are dug according to the planting requirements of the selected vegetation; Step 4: Check the soil at the location of the pit, and humidify, dry, and fertilize the soil that does not meet the planting requirements of the selected vegetation, so that the soil at the location of the pit meets the planting requirements of the selected vegetation; Step 5: Plant the selected vegetation, and detect the activity status of the selected vegetation during planting. Mark the vegetation according to the inspection results, and then make targeted compensation according to the marked conditions during subsequent unified fertilization.

2. The method for increasing the carbon sink of ecological garden vegetation according to claim 1, characterized in that: The site selection for planting includes the selection of planting conditions, and the selection of planting conditions is to remove saline-alkali land, gravel land, and slope areas that are difficult to plant or have high difficulty in planting.

3. The method for increasing the carbon sink of ecological garden vegetation according to claim 1, characterized in that: The planting land pretreatment includes backfill soil treatment, which is to treat the backfill soil during planting, and can be humidified, dried, and fertilized according to needs.

4. The method for increasing the carbon sink of ecological garden vegetation according to claim 1, characterized in that: The vegetation marking is to mark the various deficiencies of the selected vegetation activity status by using a plurality of colors, and a plurality of horizontal bars are set for each color to mark the specific number of each deficiency, and then targeted compensation can be performed for the marked situation.

5. The method for increasing the carbon sink of ecological garden vegetation according to claim 1, characterized in that: The planting environment adjustment includes climate adjustment. When the local climate changes during planting, the planting area can be heated, cooled, and other operations performed in real time according to the planting needs of the vegetation.

6. The method for increasing the carbon sink of ecological garden vegetation according to claim 1, characterized in that: In the selection of local vegetation and foreign vegetation, priority is given to plants with larger leaf surface areas.