" Blog da Horta Biológica: Watering
Mostrar mensagens com a etiqueta Watering. Mostrar todas as mensagens
Mostrar mensagens com a etiqueta Watering. Mostrar todas as mensagens

Anise (Pimpinella anisum) - From Cultivation To Harvesting

Anise (Pimpinella anisum), also known as aniseed or anix, is a plant native to the Mediterranean basin and Middle East and, due to its therapeutic properties, is especially used to relieve various problems of the digestive system, such as indigestion, swelling and gastritis. It is a very aromatic plant and its fruits (or seeds) are used to make tea. When grinded they are also used for making of liqueurs, sweets and other cooking.




In order not to make this post too long, we will talk about the properties of anise in another post and we will now focus on how to grow this plant. At the end of the post you can also watch our educational video, which we filmed over 4 months to show all the stages of development of the plant, from cultivation to harvesting and conservation.



It is important to say that the approximate yield of anise is from 600kg to 1ton/ha, which becomes a low yield when grown in a pot, so it is advisable to prepare several pots or cultivate in a larger area of the garden to obtain a good quantity of seeds. Check out our infographic with the specifications for growing anise.


Anise - From Cultivation To Harvesting de Blog da Horta Biológica 


VIDEO: Anise (Pimpinella anisum) - From Cultivation To Harvesting










Aloe vera - From Cultivation to Harvesting

Aloe is a botanical genus that has hundreds of species. In this post we will show you how to grow the Aloe vera species, also known as Aloe barbadensis. Since ancient times, this plant is well known for its benefits, properties, and internal and external uses. 





We don't want to make this post too long so we'll focus on cultivation and will talk about the properties and uses in another post. See our infographic and, at the end of the post, our educational video where we show how to propagate, how to care for the plant, and how to extract and preserve the gel.



In our infographic we show the specifications of this plant, with all the necessary information for the cultivation. 

* This plant was considered to belong to the Liliaceae family but after some recent studies it was reclassified into the Asphodelaceae family.


Aloe Vera en de Blog da Horta Biológica


See in our video detailed information on cultivation, plant care, and gel extraction. If you haven't subscribed yet, take the opportunity to do so if you don't want to miss any of our videos :)

VIDEO: Aloe Vera - From Cultivation To Harvesting





















Nettle Slurry: Benefits and How to Make It

Nettle is an excellent plant, not just for gastronomy and health but also for taking care of other plants on farming and gardening. In this post we talk about the benefits of nettle slurry and, at the end, you find our video about how to make nettle slurry step-by-step.




What Is Nettle Slurry?


Nettle slurry is a concentrated liquid obtained by maceration of this plant. This is a biological process that takes several days and results from the decomposition of organic waste. Nettle slurry benefits both plants and soil, and can be used for both spraying and watering.


Benefits


Nettle slurry is a great ally in organic farming because it is a totally natural product and is very versatile in its use. It is an excellent fertilizer, an effective stimulant for plant growth, it has a protective action against diseases, a repellent effect against pests, and is also a compost activator.


Fertilization


Nettle, among other properties, has a high content of nitrogen, sulfur, iron, phosphorus, silicon, magnesium, potassium, vitamins, and micronutrients. Sometimes, land has these in limited quantities. Because nettle is so rich in properties, it can be used as a liquid fertilizer, enriching the soil and developing plant growth.


Growth


Nettle benefits soil and plant growth in several ways. 

  • It absorbs nitrogen in the soil, supplying it to plants. Nitrogen is the element that plants need the most, being essential for their growth.
  • It facilitates photosynthesis due to the carbon dioxide produced by its bacteria. 
  • The immersion of the seeds in nettle slurry before cultivation, stimulates the growth and resilience of the plants. 


Protection Against Diseases


By providing the soil with the missing nutrients, it stimulates the defense mechanisms of the plants, strengthening them and making them more resistant to diseases, especially those caused by fungi, such as mildew, powdery mildew, and mold.


Pest Repellent


In addition to protecting against diseases, nettle has bactericidal and antiseptic properties. In nettle naturally occurs formic acid, which is produced by the plant for the purpose of self-defense. Due to its abilities as a natural insecticide it is very effective against aphids, mites, the red spider, the white fly, and other unwanted creatures in the garden.

Composting


Because it has a large amount of nitrogen, nettle favours the activity of microorganisms and is an excellent activator of the composting process. The bacteria present in the liquid stimulate fermentation and accelerate the decomposition of organic waste.



How To Make Nettle Slurry?


Required Material


  • 2 Plastic or wood containers with 15L capacity (do not use metal)*
  • Rubber gloves
  • Scissors 
  • 1 Kg of fresh nettles, preferably without flower*
  • 10L of rain or distilled water*
  • Filtering cloth
  • Funnel
  • 2 recipients for storage (water bottles will do)

Warnings


  • Use long-sleeved shirts and thick clothing to avoid skin irritation. 
  • The preparation should be done outdoors due to the smell it will cause in the following days. 

*Do not use metal because nettles are rich in acids such as acetic, butyric, and formic. The reaction between acids and metal can release toxic substances.

*Preferably without flower because although nettles can be harvested practically all year round, before flowering they are less fibrous and decompose more easily. Blossomed nettles will also do the job but they will take loner to decompose and will also result in more fibrous tissues, with less use of the plants. 

*Rain or distilled water because the water that is used to make nettle slurry must not contain chlorine. This is very important, as chlorine kills most of the bacteria responsible for fermentation.


Preparation Method


  1. Cut the nettles and place them in the container, add the water, and stir to mix well.
  2. Cover the container and store it in a sheltered place without direct sunlight. The temperature must be between 18ºC and 25ºC.
  3. Stir every day to release the accumulated gases and to better involve the plants in the water. Cover the container again after stirring. The fermentation process takes time and will depend on the air temperature. Heat accelerates the process, cold delays. Generally, after a week, the fermentation process should already be underway. We know that it is fermenting if there's foam on top of the water.
  4. Keep stirring every day until the foam disappears. This process releases a very strong smell, so it must be done outdoors. When foam disappears, the fermentation process ends and the slurry is ready to be filtered. It may take up to two weeks to complete. This slurry that we made for this post was made during the month of March, in which we had very hot days and very cold days. Our nettle slurry took 18 days to be ready to use.
  5. Use a cloth to filter the slurry. It might be necessary to make more than one filtration. The liquid should be as clean and free of residues as possible, so that it does not go bad and so it has a longer shelf life.
  6. Place the remains of the plant in the compost pile.

Storage


Store the liquid immediately by pouring it, with the help of a funnel, into a container with a lid. Store the container in a cool, dark place. Under these conditions, nettle slurry may last more than a year. It is also very important to label the container in order to remember the date the slurry was made.



How To Use Nettle Slurry?


Nettle slurry is highly concentrated, so it must be diluted. See the percentage dilution in table below.




Many vegetables and other plants appreciate nettle slurry. Examples of this are cabbages, tomatoes cucurbitaceae, fruit trees, roses, and other flowers. 

Onions and legumes will be less likely to enjoy the application of nettle slurry. However, when in doubt, it is always a good idea to experiment in a small part of the garden and see how the plants react to watering and spraying with nettle slurry.

All of this process takes a lot of time and work but it is worth it! There's nothing like knowing that we are taking care of ourselves, our food, and our land in a totally natural way.



Instalação da rega | Irrigation System

As chuvas pararam e o tempo começou a aquecer. É preciso regar as culturas. De modo a não desperdiçar água, o melhor é instalar rega automática e localizada. Um sem-fim de tubos e peças tornam a organização da rega num autêntico puzzle.

É preciso cortar tubos à medida…


Rain has stopped and weather is warmer. It's necessary to water the crops. In order to avoid water waste, it's best to install drip irrigation. Endless tubes and fittings turn the irrigation system into a puzzle.

It's necessary to cut the tubes to the required length...




Juntar vários tipos de peças, tubos e fitas perfuradas…


Join several types of fittings, tubes and drip tapes...








Unir todos até ganhar as medidas e formas pretendidas…


Combine all until it gets the desired measures and shapes...





Furar o tubo principal para depois instalar a torneira que vai regular a pressão da água no canteiro…


Drill the main tube and install the barbed tap that will regulate the water pressure on the crop...





E aqui está o resultado final…


And here's the final achievement...




Efectua-se o mesmo para cada canteiro para melhor organizar e irrigar as culturas.

The same is done for each bed to better organize and irrigate crops.


Aqui está um canteiro de couves de Bruxelas.

Here's a bed of Brussel sprouts.



  
Ficam visivelmente contentes com este tipo de rega.


These are visibly happy with this type of irrigation.



  
Como regar?
A separação da rega e dos canteiros é muito importante, porque cada cultura tem as suas exigências em termos de água. Umas gostam de muita água, outras gostam de pouca. Algumas preferem água por cima, outras só toleram água no pé.

Para a horta, a fita de rega é bastante eficaz. Para as culturas fixas, tais como árvores e vinha o melhor é usar tubo com gotejador.

É importante não gastar água de mais ainda que provenha de um poço ou de um furo. Aplicar a àgua directamente na zona da raíz ajuda a reduzir a evaporação e a poupar água.


Quando regar?
A melhor altura para regar é à noitinha ou de madrugada quando está mais fresco. Por um lado aproveita-se o horário económico da electricidade (para quem o tiver), por outro a terra mantém a frescura e a humidade mais tempo. 

Por agora as plantas agradecem…e eventualmente os bichinhos que atacam a horta também! Na medida do possível é preciso estar atento!




How to water?
The organization of the crops and the irrigation system is very important because every vegetable has its own demand for water. Some like much water, others just a little. Some prefer sprinkler, others require dripping.

For vegetables, drip tape is quite effective. For permanent crops, such as trees and vine, it's best to use spot watering emitters. 

It's important not to spend much water even if it comes from a well or a borehole. By applying directly to the root zone, it helps reduce evaporation and it saves water.



When to water?
The best time of the day to water is late in the evening or early in the morning when it's cooler. Earth keeps freshness and moisture for a longer period and you'll also save energy by using the pump or automation system during off-peak hours (if you have that kind of tariff or meter).

By now, plants are grateful...as well as the little critters that attack the garden! We must beware as much as possible!