types of rainwater harvesting in India

Types Of Rainwater Harvesting In India

India is a country that experiences different forms of precipitation throughout the year. As such, it’s essential for India to know how to best capture and store this water in order to ensure its citizens have access to clean drinking water. That’s why rainwater harvesting has become so important in India over the last few decades. In this article, I’ll discuss the various types of rainwater harvesting methods employed in India today and explain the benefits they provide.

Rainwater harvesting involves capturing and storing rainwater from rooftops or other sources for later use like watering plants, washing clothes, cleaning utensils etc. There are many different techniques used to harvest rainfall in India depending on several factors including type of soil, topography, climate etc. The most common methods involve rooftop catchment systems, surface runoff collection tanks, infiltration wells and recharging groundwater aquifers. Each method offers unique advantages for local communities seeking sustainable solutions for their water needs.

The government of India has been actively promoting rainwater harvesting due to its numerous benefits which include reducing flood risks by decreasing runoff into rivers and streams as well as improving water quality by trapping contaminants before they enter our waterways. Furthermore, it can reduce dependence on municipal supplies while also helping increase green cover across cities – all extremely beneficial outcomes! By implementing these practices you’re not only saving money but contributing towards making your community more resilient against drought conditions too. With that said let’s dive into the details about each of the four main types of rainwater harvesting in India today!

Apatani Water Harvesting

Apatani water harvesting is a traditional way of collecting and storing rainwater in India. It has been practiced by the Apatani people for centuries, with many methods still in use today. The system includes various components like check dams, percolation tanks, soak pits, embankments, and infiltration galleries. These components help to capture runoff from monsoon rains that would otherwise be lost into rivers or streams. By capturing this rainfall, the Apatani are able to store it for later use during periods of drought or low river levels when water supplies may become scarce.

This form of water harvesting also helps to recharge groundwater aquifers which provide an important source of drinking and irrigation water for surrounding communities. In addition, it can reduce flooding and soil erosion caused by heavy rainfall events. Overall, Apatani water harvesting is an effective way to conserve valuable resources and ensure sustainable access to clean water for local populations. Transitioning now to Bandharas Water Harvesting…

Bandharas Water Harvesting

Bandharas Water Harvesting is a traditional method of harvesting rainwater in India. It involves building an earthen embankment across a shallow valley or stream bed to retain water and divert it into reservoirs. This type of water harvesting has been used for centuries, providing the essential resource needed for agriculture, livestock and other domestic uses.

The primary benefits of Bandharas Water Harvesting include:

  • Maximizing crop yields by ensuring effective irrigation of crops;
  • Adequate water supply during times of drought and dry weather;
  • Recharging groundwater resources through infiltration; and
  • Supplying reliable drinking water sources that are free from chemical contamination.

In addition, this technique can also be combined with other methods such as bunds and check dams to increase its effectiveness. Furthermore, regular cleaning and maintenance must be done on the structures built to ensure they remain functional over time. With careful planning, implementation and management, Bandharas Water Harvesting can provide numerous advantages to local communities.

Overall, Bandharas Water Harvesting is a simple yet highly effective way to capture rainfall runoff which can be used for multiple purposes including agricultural production, drinking water supply and groundwater recharge. Its low cost and minimal impact on local ecosystems make it one of the most popular options for rural areas looking to conserve their precious natural resources. Next up we will explore Baoli Water Harvesting – another ancient Indian technique designed to maximize rainwater collection efficiency.

Baoli Water Harvesting

Having discussed bandharas water harvesting, another traditional way of rainwater harvesting in India is baoli water harvesting. These are underground wells, which were commonly constructed near temples and palaces during the medieval period. The idea behind these was to store rainwater for future use. Baolis typically consist of two parts – an open top chamber with steps leading down into a narrow well at its base. Rainwater that flows through the streets and drains enters the open-top chamber where it is collected, and then leads down into the narrow well through channels called ‘bunds’. This stored water can then be used for irrigation, drinking or other purposes when needed.

Baolis also offer many advantages over other forms of rainwater harvesting as they require no maintenance and provide a reliable source of water even during times of drought. Moreover, since these are built using simple construction techniques, they are relatively inexpensive to construct compared to modern systems like tanks or dams. Furthermore, due to their design, baolis have the potential to recharge groundwater aquifers which helps prevent soil erosion and maintain healthy ecosystems around them.

Bawri Water Harvesting

Bawri water harvesting is an ancient and traditional way of collecting rainwater in India. It’s a simple, low-cost technology that involves creating ponds or catchment areas to collect surface runoff from rainfall. The bawris are usually built near the settlements so that the villagers can use them for their daily needs such as drinking, bathing and washing clothes.

Roof topRainwater is collected on rooftops and then stored in underground tanks or containers. This helps prevent flooding during heavy rains while also providing access to water during dry periods.Low cost; Prevents flooding; Provides access to water during dry periods
Check damsSmall earthen embankments with shallow pools which help slow down the flow of water, allowing it to be absorbed into the ground instead of flowing away downstream.Reduces soil erosion; Recharges groundwater aquifers; Enhances biodiversity
PondsThese are large open pits dug into the ground which capture rainwater and allow it to slowly percolate into nearby groundwater sources over time.Recharges groundwater aquifers; Enhances biodiversity; Improves livelihoods

The benefits associated with bawri water harvesting include both environmental and socio-economic gains. For example, by recharging groundwater sources through check dams, ponds and roof top systems, communities can become more resilient to climate change impacts such as droughts and floods while also improving farmers’ crop production yields due to increased availability of irrigation supplies throughout the year. Moreover, these systems provide opportunities for women’s employment through activities like digging small ponds at home or helping maintain larger community-level structures like check dams. Bawri water harvesting thus provides multiple advantages for rural households in terms of improved livelihoods, better health outcomes as well as greater access to clean drinking water resources – all essential elements necessary towards long term sustainable development goals.

Given its potential social impact coupled with relatively straightforward implementation process, bawri water harvesting has emerged as one of most popular methods used across India today for managing scarce freshwater resources effectively. Moving forward, eri (or tank) based systems offer another promising approach for safeguarding local watersheds against climate extremes – something we will explore next here!

Eri Water Harvesting

Another ancient form of water harvesting in India is Eri Water Harvesting. This type of water harvesting has been practiced for centuries, mostly by the people living in rural areas. It involves collecting rainwater from natural depressions or low-lying grounds and storing it to use during times of drought. The main purpose of this method is to conserve freshwater for later use in agricultural activities such as irrigation, livestock raising and crop production.

The eri collects runoff water which is then stored in a large pond called an ‘eri’. This earthen storage tank can hold up to millions of litres of water depending on its size. The advantage of using this system is that it provides clean drinking water as well as additional sources of income through fishing and aquaculture activities conducted within the structure itself. Additionally, it helps reduce the effects of flooding due to excess rainfall by slowing down the flow rate and retaining some amount of precipitation before releasing it into nearby streams or rivers. Moreover, eris provide habitats for aquatic wildlife like amphibians, reptiles and fish species which further enhances their sustainability.

Eris have proven to be invaluable assets for communities seeking reliable sources of fresh water while also enabling them to sustainably manage resources across generations. They are highly adaptable systems which require minimal inputs but offer significant returns when properly managed; making them ideal solutions for regions facing recurrent droughts or floods.

Eris Water Harvesting

Eris water harvesting is a traditional technique used in India for rainwater collection. It involves the use of an eris, or earthen embankment, to collect runoff from rainwater and direct it into storage tanks or ponds. This method has been used by communities throughout India for centuries with great success. The eri provides a low-cost solution that meets local water requirements while conserving soil moisture and preventing flooding during monsoon rains. Additionally, this technique helps recharge ground water levels, reduces surface erosion, and improves rainfall infiltration rates on site. Eris water harvesting requires minimal maintenance and can be implemented quickly without significant infrastructure investments. As such, it’s become increasingly popular among farmers looking to optimize their agricultural operations through sustainable practices.

Gully Plug Rainwater Harvesting

Gully plug rainwater harvesting is an effective way to conserve water in India. It involves blocking a gully or stream bed with earth and stones, allowing the upstream surface runoff of rainfall to be stored for use during dry spells. This type of rainwater harvesting can significantly increase storage capacity by capturing and holding large volumes of water from both small and large catchment areas. The main advantage of this method is that it requires minimal maintenance efforts after the initial construction phase.

The process includes building several layers using stones, clay, soil, and other materials which are compacted together securely before being filled with sandbags to form a barrier against heavy flow. A filter cloth layer should be added between two successive layers so as not to block off any pollutants present in the runoff while letting only clean water pass through. Afterward, check dams are built on either side of the plugged area to prevent erosion due to high velocity flows. These structures also help create slow-moving channels which enable greater infiltration into the ground thereby increasing groundwater recharge levels.

In addition, gully plugging helps improve overall habitat health by providing habitats for fish species such as mahseer (Tor sp.) and wetlands for birdlife such as ducks (Anatidae). Moreover, it provides additional benefits like flood mitigation, reduced siltation downstream, improvement in local hydrology, increased base flows in rivers & streams throughout the year etc., thus making it one of the most popular methods adopted across India for conserving precious freshwater resources.

Guls And Kuls Water Harvesting

Guls and Kuls are two traditional water harvesting techniques used in India. Guls, also known as ‘gulleys’, involve channelling runoff from roofs into a network of shallow trenches or channels within the fields close to where the roof is located. This helps capture rainwater that would otherwise be lost by allowing it to flow directly onto the ground surface. Kuls involve building large underground tanks or reservoirs called kunds which can store up to 40 million liters of collected rainwater during monsoon season. With both methods, the harvested water can then be used for irrigation and other agricultural activities throughout the year. Additionally, these systems provide an efficient way of recharging groundwater levels by allowing percolation of surplus water into aquifers connected with them. Hence, gul and kul systems serve as important tools for conservation and management of scarce resources like water in rural areas. As such, they continue to form a vital part of Indian culture’s agrarian heritage today.

Inter Row Water Harvesting

Inter-row water harvesting is an effective method of collecting, storing and using rainwater for irrigation purposes. This system uses a series of trenches that are dug between crop rows to collect and store the flowing runoff from the land surface. The trenches are filled with gravel or other materials depending on soil type and depth desired, allowing for long-term storage and slow release of stored rainwater over time into the ground.

This type of water harvesting technique helps improve agricultural productivity by reducing dependence on external sources such as canal systems or borewells, especially during dry periods. Additionally, this system also prevents erosion due to its ability to hold large amounts of water in each trench. Inter-row water harvesting is particularly beneficial in regions where rainfall intensity exceeds infiltration rate and natural aquifers available underground cannot adequately supply enough moisture for crops. In fact, it can be used to even out seasonal variations in precipitation by providing supplemental supplies when needed during droughts.

Jhalara Water Harvesting

Jhalara water harvesting is one of the most widely used traditional rainwater harvesting techniques in India. This technique involves constructing a large, shallow basin-like structure near or around a building to collect rainwater from rooftops and other local sources. A jhalara typically consists of an elevated platform with four sloping sides constructed out of stone masonry or brickwork that connects to a small outlet for draining off excess water. It also has a catchment area at its center which collects the runoff from upper surfaces as well as nearby flat roofs and slopes.

The collected water can then be stored in tanks or ponds within the surrounding areas for later use. The jhalara design provides several advantages over other types of rainwater harvesting systems such as better storage capacity, efficient filtration, easy maintenance, low cost, and greater flexibility in location selection due to its compact size. Additionally, it helps reduce urban flooding by controlling storm water run-off and improves soil fertility by providing extra moisture to the ground during dry periods. Thus, jhalara water harvesting is an effective way to conserve precious groundwater resources while simultaneously protecting our environment.

Johad Water Harvesting

Johad water harvesting is a traditional rainwater harvesting system that has been used in India for centuries. It consists of an earthen check dam, which can be built using locally available materials such as stones and mud, or with more permanent construction such as masonry blocks. The purpose of the johad is to store and conserve rainfall runoff from nearby watersheds. Additionally, it helps recharge groundwater levels by allowing infiltration into aquifers below the surface. With this method, farmers can collect sufficient amounts of water for their crops during dry seasons when there are no other sources available. Furthermore, it improves soil fertility through nutrient-rich silt deposits left behind when the stored water evaporates over time. In short, the use of johads provides communities with increased access to clean drinking water while simultaneously providing environmental benefits by conserving precious resources.

As well as being beneficial to local communities, johad systems also provide significant economic advantages due to reduced labor costs associated with manual collection of water from distant sources and improved crop yields resulting from better irrigation practices. Moreover, these structures play an important role in reducing flooding risks by controlling peak flows and managing excess stormwater runoff efficiently. All in all, johads offer multiple benefits not just for people but also for the environment at large. Transition: Kere Water Harvesting (or tanka) is another type of Indian rainwater harvesting system that has several unique characteristics compared to johads…

Kere Water Harvesting

Kere Water Harvesting is a traditional rainwater harvesting practice that has been used for centuries in India. It is an important form of water conservation and management, as it helps to improve the local groundwater levels and increase agricultural productivity. The main components of Kere Water Harvesting are:

  1. Catchment areas – These are usually existing natural depressions or man-made reservoirs which collect rainwater from surrounding slopes.
  2. Distributaries – These are channels dug by villagers around the catchment area, directing the collected water into fields around their villages.
  3. Recharge structures – These include small dams and check dams built along distributary channels, helping to slow down and store the water until it reaches its destination such as tanks, ponds or even underground aquifers.

This type of water harvesting system has been very successful in increasing both crop yields and soil moisture content in arid regions across India where rainfall is scarce throughout the year. In addition to improving irrigation systems, Kere Water Harvesting also provides other benefits such as reducing flooding during monsoon season, preventing soil erosion due to heavy runoff, providing drinking water for livestock and wildlife, and creating local employment opportunities through construction work associated with these projects.

The success of this method of rainwater harvesting depends heavily on proper planning and implementation by local communities who must be willing to invest time and resources into making sure that all aspects of the project run smoothly. To ensure long-term sustainability, regular maintenance should be done regularly to keep drainage channels free from blockages caused by siltation or debris buildup over time. With proper care and attention, Kere Water Harvesting can play an important role in sustaining livelihoods for generations to come in rural parts of India where access to potable water remains limited despite recent advancements in technology. Transitioning now into Khadin Water Harvesting…

Khadin Water Harvesting

Khadin water harvesting is a traditional method of rainwater harvesting in India. It involves the construction of earthen embankments across the contours of open hills or plateaus to capture and store runoff from rainfall. These embankment structures are designed to minimize soil erosion, conserve moisture, and recharge groundwater aquifers. The stored water can then be used for agricultural irrigation and other purposes.

The khadin system has been successfully implemented in many parts of rural India. Its effectiveness lies in its low cost, simplicity, and ease of installation which make it accessible even to small-scale farmers with limited resources. Moreover, because no materials need to be imported for construction, local communities are able to construct these systems without external assistance or expertise. This makes them especially well-suited for remote areas where access to technology is more difficult than elsewhere.

Overall, khadin water harvesting offers an effective way for Indian communities to harvest rainwater for their own use while conserving natural resources at the same time. As such, this type of rainwater harvesting should continue to be explored as a viable option for vulnerable populations who rely on natural sources of water supply. Moving forward, khatri water harvesting will provide another valuable source of clean drinking water that could benefit both people and nature alike.

Khatri Water Harvesting

Khatri Water Harvesting is a traditional method of rainwater harvesting used in India. It involves the construction and maintenance of small, shallow pits or kunds near to where water-flow channels are located. These can be constructed along natural drainage pathways such as streams, rivers, or roadsides. The purpose of these structures is to slow down runoff from rainfall events so that it can seep into the ground instead of running off quickly and ending up as floodwaters downstream.

The following table outlines how Khatri Water Harvesting works:

Construction MaterialsClayey Soil/Bricks/Stone
Structural DesignShallow Pits (kunds)
Maintenance RequirementsRegular Cleaning & Desilting
BenefitsRainwater Conservation

This type of water harvesting system has several advantages including increased crop yields through improved soil moisture retention; reduced pressure on surface water resources due to decreased runoff; and enhanced recharge of underground aquifers leading to higher groundwater levels. Additionally, Khatri Water Harvesting also helps maintain local biodiversity by providing habitats for aquatic species and helping purify stormwater before entering nearby bodies of water.

Overall, Khatri Water Harvesting provides an effective way to conserve rainwater while also helping improve soil fertility and provide other environmental benefits. As a result, this ancient technique continues to be widely utilized throughout India today for its numerous practical applications in ensuring sustainable development practices within agricultural communities. With that said, we move onto Kund Water Harvesting – another form of traditional Indian rainwater conservation which incorporates different features than those discussed above.

Kund Water Harvesting

Kund water harvesting is an ancient form of rainwater collection used in India. It consists of a large, shallow depression dug into the ground and lined with stone or brickwork to collect rainfall runoff from nearby areas. This method has been around for centuries and is still practiced today due to its effectiveness. Kunds are usually constructed near temples, as they are seen as sacred sites by many people in India. In addition to serving religious purposes, these kunds also contribute to local water management efforts.

The basic principle behind kund water harvesting is simple: catchment systems capture surface runoff and allow it to pool within the confines of the kund before being released back into the environment at a later time. These systems can be very effective in reducing flooding during monsoon season while providing much-needed irrigation for crops grown around them. Additionally, since most of the runoff is collected naturally without any mechanical intervention, this type of system is cost-effective and environmentally friendly compared to other forms of rainwater harvesting.

Kund water harvesting provides numerous benefits; not only does it help conserve precious resources like groundwater, but it also helps reduce soil erosion caused by heavy rains and floods. Furthermore, when properly designed and managed, these systems provide communities with access to clean drinking water and a steady supply of dependable irrigation for their agricultural needs throughout the year.

Surangam Water Harvesting

Surangam water harvesting is an ancient Indian practice of collecting and storing rainwater for later use. It involves the construction of underground tunnels, called surangs, underneath areas where rainwater can collect. The collected water is then diverted to wells or other storage facilities through a network of channels. This method has been used since ancient times in arid regions of India to provide necessary irrigation during dry periods. By using this method, it’s possible to capture large amounts of rainfall without having to dig deep into the earth. Additionally, this technique allows for better distribution of available groundwater resources as well as improved access to clean drinking water in rural communities. Surangam water harvesting thus plays a vital role in sustaining livelihoods and improving quality of life in these areas.

Furthermore, its widespread adoption could significantly contribute to mitigating climate change effects on agriculture and public health by increasing overall water availability throughout India’s drier regions. As such, it serves as an invaluable tool for ensuring sustainable development in many parts of the country. Transitioning away from surangam water harvesting, let’s now turn our attention towards surface rainwater harvesting systems that are also widely employed across India.

Surface Rainwater Harvesting

Surface Rainwater Harvesting is the collection of rainwater from large areas such as rooftops, driveways and parking lots. This type of harvesting requires a storage tank or reservoir to capture runoff water which can then be used for irrigation purposes, domestic uses or even recharged into groundwater aquifers. There are various methods of surface rainwater harvesting:

  1. Rooftop Rainwater Harvesting – capturing rainwater from roofs using gutters and pipes connected to a storage tank;
  2. Catchment Area Method – collecting runoff water from catchment area (such as roads, pavements & playgrounds) into a pond or reservoir;
  3. Runoff Recharge System – diverting excess rainfall through channels to underground reservoirs; and
  4. Ground Level Water Harvesting – creating low-lying areas where water accumulates before being absorbed back into the soil or channeled elsewhere.

Surface rainwater harvesting offers several advantages over other forms of harvesting including cost-effectiveness, minimal land requirement, ease of maintenance and no need for deep excavation works on site. It also helps mitigate flooding by controlling storm runoffs during heavy rains while providing an additional source of clean drinking water in dry areas with limited access to potable water sources. With proper planning and implementation, this method of harvesting can help conserve our precious natural resource while ensuring sustainable development in urban and rural environments alike.

The next section will look at how tals water harvesting has been used effectively in India to store a significant amount of monsoon rainfall each year for agricultural use throughout the season.

Tals Water Harvesting

Tals water harvesting is an ancient type of rainwater harvesting that has been popular in India for centuries. It involves the collection and storage of runoff from rooftop catchment areas into tanks called “tanks” or “tanka”. This method captures the rainwater, which is then used for various purposes.

Cost-effectiveLow cost to construct & maintain
Easy access to stored water
Susceptible to contamination
Require frequent cleaning & maintenance
Smaller capacities than other systems
Flexibility/AdaptabilityCan be built almost anywhere
Ideal for small scale use such as single households
Not suitable for large scale projects due to capacity limitations
Requires more space if using multiple tanks
SustainableMinimizes risk of soil erosion and flooding
Rainwater can be reused multiple times without pollution

The big advantage of tala water harvesting over other types is its cost-effectiveness and adaptability. Since it doesn’t require expensive infrastructure or equipment, it’s ideal even for smaller households who don’t have a lot of resources available. Furthermore, since this system conserves and reuses water, it helps reduce environmental damage caused by surface runoff. On top of that, talas are designed with durability in mind so they last longer compared to other structures like earthen dams.

However, there are some drawbacks associated with tals water harvesting too. The main one being the susceptibility to contamination from pollutants and debris floating in the collected runoff. Additionally, these tankas need regular maintenance to ensure efficient and safe operation; otherwise their effectiveness decreases considerably over time. Finally, when compared to larger systems, tals offer limited capacity which makes them unsuitable for large scale applications such as agricultural irrigation or industrial production processes.

Given all these factors however, tals remain a viable option for many parts of India where rainfall levels may not always support traditional methods like dams or reservoirs but still provide enough supply for basic needs such as drinking water or sanitation requirements. In summary, Tala Water Harvesting offers a simple yet effective solution that provides numerous benefits while remaining relatively low-cost and accessible across different communities in India.

Tanka Water Harvesting

Tanka water harvesting is a traditional method of capturing and conserving rainwater in India. It involves constructing an earthen tank, or tanka, which is usually located near the house below the catchment area. This technique helps to capture and store runoff from roofs and higher elevations during rainy days for future use. Tankas are also used to collect groundwater recharge along with surface runoff. The stored water can then be utilized for domestic purposes such as drinking, washing, bathing and gardening.

The benefits of this type of water harvesting system include increased availability of water for household needs, improved soil fertility due to efficient recharging of aquifers, reduced flooding by controlling stormwater run-off, and better management of local watersheds by preventing erosion and siltation. Moreover, it requires minimal maintenance costs compared to other forms of water conservation systems. By utilizing tanka harvesting techniques, we can contribute towards sustainable development goals while safeguarding our environment too.

This traditional approach has been proved to be effective in achieving long-term water security in rural areas across India and other parts of South Asia. With increasing demand on limited resources due to rapid urbanization and population growth, this age-old practice offers an ideal solution for meeting both short-term and long-term demands on freshwater supplies. As such, its value should not be underestimated when considering strategies for improving the sustainability of local communities through proper water conservation methods.

Virdas Water Harvesting

Virdas water harvesting is a traditional method of rainwater collection and storage in India. It involves building small, earthen tanks that are connected by channels to catch runoff from the surrounding hills or mountains during monsoon rains. This stored water can then be used for irrigation, drinking and other household needs throughout the year.

This form of rainwater harvesting has been practiced in India since ancient times and continues to this day. The main benefits include:

  • Providing reliable supplemental irrigation for crops
  • Storing excess rainfall during wet seasons for use during dry spells
  • Conserving soil moisture for plant growth

In addition to these practical benefits, virdas water harvesting also helps preserve local aquatic ecosystems. By capturing surface runoff before it reaches streams or rivers, communities prevent pollution caused by sedimentation and nutrient enrichment downstream. Virdas systems also reduce erosion on steep slopes where they are constructed, preventing landslides and preserving topsoil quality. For all these reasons, virdas water harvesting remains an important part of sustainable development efforts in rural parts of India today.

Since most virdas structures require no electricity or pumps to operate, they remain popular among resource-poor farmers who have limited access to modern technologies such as bore wells and drip irrigation systems. With increasing pressure on groundwater resources across India due to population growth and climate change, traditional techniques like virdas offer a viable alternative for meeting agricultural demands sustainably over the long term.

Next up is Zabo Water Harvesting – an even more sophisticated approach that allows communities to capture their own natural capital without relying on external sources of energy or materials!

Zabo Water Harvesting

The Zabo water harvesting method is a traditional system of rainwater collection and storage originating from the Indian subcontinent. It involves constructing an interconnected network of underground channels to capture, store, and utilize surface runoff for various purposes. This technique has been used in India since ancient times, however it has recently gained increased attention due to its ability to address issues related to water scarcity. The advantages of this system include effective utilization of available resources, cost-effectiveness, resource conservation, improved soil fertility, and reduced environmental pollution.

To construct a zabo water harvesting system requires minimal infrastructure investments as the majority of components are either natural or readily available materials such as stones and mud bricks. Additionally, these systems can be adapted according to local conditions like climate and topography making them highly suitable for any region regardless of geography or terrain. Furthermore, they have proven useful in providing irrigation services during periods of prolonged drought while also helping farmers protect their crops against sudden floods by allowing excess rainfall to be stored safely away until needed again at a later time. In short, with proper implementation the Zabo water harvesting method offers numerous benefits that make it an attractive option for those looking to improve access to reliable sources of clean drinking water in rural areas across India.


I have discussed some of the most common types of rainwater harvesting in India. All these practices are simple and can be implemented by anyone given the right resources and equipment. The Apatani water harvesting technique is a traditional practice used to capture runoff from nearby hillsides, while Bandharas water harvesting uses boulders and trenches at strategic points to collect rainwater and divert it into reservoirs or tanks. Baoli water harvesting involves digging wells near natural water sources like rivers, Bawri water harvesting collects rainwater that has been percolated through deep pits dug within an area’s topsoil, Eri water harvesting utilizes man-made ponds to harvest runoff during monsoon rains, Kere Water Harvesting captures excess runoffs from streams and channels them into nearby lakes or other bodies of water, Khadin Water Harvesting is similar but instead uses sand dunes as dams for capturing rainfall, Khatri Water Harvesting relies on shallow depressions formed in fields to catch runoff without obstructing existing drainage patterns, and Kunds are also strategically placed shallow basins which act as storage containers for collected rainwater.

Collectively, all these techniques offer great potential for efficiently collecting large amounts of water when properly utilized. They make use of locally available materials such as rocks, soil and stones so they require minimal financial investment yet provide maximum benefit. Additionally, using any one or more of these methods will help reduce pressure on groundwater reserves while providing long-term solutions for sustainable access to clean drinking water in communities across India.

In conclusion, I highly recommend that every community consider implementing rainwater harvesting techniques where applicable. With proper management systems in place along with public awareness campaigns about their benefits, we may finally see a much needed change towards better resource utilization throughout India’s rural areas.