Drip + Wave Integrations

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About Drip

Drip is a marketing automation platform that allows you to automate every part of your inbound marketing funnel, from email to webinars and social selling. Drip understands each customer’s purchase journey and helps you deliver targeted messages at the right time.

About Wave

One of the most effective invoicing and accounting software, Wave is widely used by freelancers, consultants, contractors, and small business owners. With Wave you can carry out optional credit card and bank payment processing quite quickly.

Wave Integrations
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The introduction should include a hook, thesis statement and background.

Hook. “There are two methods of irrigation that can be used to water crops. drip irrigation and flood irrigation.”

Thesis Statement. “Drip is the better method of irrigation than flood because it is more efficient, economical and environmentally friendly.”

Background. Drip and flood are two methods of irrigation, which is the process of watering crops in order to keep them thriving. Many farmers use flood irrigation because it is cheaper than drip irrigation. However, there are many problems associated with this method of irrigation. First, it wastes water and causes erosion. In addition, it is not very efficient because it does not supply water directly to the roots of the plants, so they do not get enough water to survive. Furthermore, by making fields too wet, more fertilizer is needed to keep the soil from becoming too acidic. Finally, floods cause several health risks, like the spread of disease, to farmers and their families. On the other hand, drip irrigation uses a series of perforated pipes or hoses to deliver water directly to the roots of plants. Soil moisture is maintained at an optimal level, which reduces the need for fertilizer. In addition, drip irrigation uses 50 percent less water than flood irrigation and causes no erosion. Therefore, farmers who use drip irrigation are able to produce higher yields than farmers who use flood irrigation.

The body of an article should contain three paragraphs that support your thesis statement. In this article, the paragraphs will explain how each method of irrigation works and why one is better than the other.

Paragraph 1. How Drip Works

Drip systems are made up of perforated pipes or hoses that are placed below ground level. The pipes or hoses then run from a main pipe where they are connected to a valve. This valve contrps the flow of water through the system. The water is delivered to the plants through a series of drippers that are attached to the main pipe with plastic tubing. The drippers are very small hpes that allow water to travel out slowly and steadily, rather than all at once and quickly as in floods. This delivery system supplies just enough water to the plants without wasting any by allowing the soil to absorb as much as it needs and irrigate just those areas that require it.

Paragraph 2. Why Drip Works

Flood irrigation is not an ideal method for watering crops because it wastes large amounts of water due to evaporation and runoff. When applying flood irrigation, most of the water applied is wasted because it evaporates into the atmosphere or runs off into nearby streams and lakes. In addition, when flood irrigation is practiced over a large area, it causes severe erosion and increases sedimentation in nearby lakes and rivers. Flooding also makes soil inhospitable for some plants because it makes the soil too acidic. Finally, flooding can cause farmers and their families to suffer from various diseases because they become exposed to contaminated waste products that are washed into the fields during heavy rains. In addition to wasting less water than flood irrigation, drip irrigation is also more efficient than flood irrigation since it distributes water directly to the plant’s root system rather than letting it seep slowly into the soil. Thus, plants can grow faster and healthier with drip irrigation than with flood irrigation. Thus, drip is more economical than flood because it requires fewer inputs (energy, labor and capital. to achieve greater outputs (yields. The “outputs” produced by drip include higher crop yields and lower production costs as well as reduced land degradation and improved plant health (Source B. Thus, drip is more environmentally friendly than flood since it does not contribute to land degradation or human sicknesses because none of its runoff gets into lakes or streams (Source C. Finally, drip requires less labor than flood because it does not require workers to go out into fields on a regular basis to turn off valves or check on leaks in pipes (Source D.

Paragraph 3. Why Drip is Better Than Flood

According to Source A, using drip instead of flood saves about 50% in energy consumption costs because only one valve has to be opened instead of multiple valves in a flood system. According to Source B, using drip instead of flood reduces fertilizer usage by 25% because less fertilizer gets washed away during storms when drip is used. Finally, according to Source C, using drip instead of flood reduces harmful chemical exposure during storms since when floods occur workers have no choice but to get soaked in chemicals used on crops. Thus, drip is clearly more economical than flood since it produces greater efficiency in terms of results per input.

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