Cultivation Of Aloe Vera Research Articles

Green Gold: Exploring the Environmental and Economic Potential of Aloe Vera Entrepreneurship

Aloe vera, often referred to as "Green Gold," holds significant promise for environmental conservation and economic development through entrepreneurship. This study investigates the environmental and economic potential of Aloe vera entrepreneurship, addressing key research questions and objectives through a mixed-methods approach. Quantitative analysis assesses the environmental footprint of Aloe vera cultivation compared to other cash crops, examines the socio-economic benefits of Aloe vera entrepreneurship, and analyzes market dynamics. Qualitative analysis explores challenges, opportunities, and innovative practices in accessing markets, scaling businesses, and enhancing sustainability. Policy analysis evaluates the role of policies and regulations in supporting Aloe vera entrepreneurship while ensuring environmental stewardship. Data integration and synthesis provide valuable insights into the potential of Aloe vera entrepreneurship to drive sustainable development and offer practical guidance for stakeholders. This research contributes to the growing body of knowledge on sustainable agriculture, entrepreneurship, and environmental management, highlighting the importance of harnessing nature's resources responsibly for the benefit of present and future generations.

Effect of Vermicompost and Nitrogen Fertilizer on the Growth and Production of Aloe Vera

Purpose: The effect of vermicompost and nitrogen fertilizers on the growth and production of Aloe vera were conducted using factorial based on Randomized Complete Block Design (RCBD).
 Background: Vermicompost can be used in sustainable agriculture to support growing populations by increasing water holding capacity, nutrient supply, high porosity, adequate ventilation and drainage, and production of plant hormones that have beneficial effects on seed germination.
 Methods: According to the RCBD method, treatments were included: four levels of vermicompost (V0: Control, V1: 75, V2: 150 and V3: 200 g per pot) and four levels of nitrogen fertilizer (N0: control, N1: 500, N2: 1000, and N3: 1500 mg per pot) using urea.
 Results: The results showed that application of 150 g of vermicompost and 1000 mg of nitrogen had the highest effect on growth traits, and application of 200 g of vermicompost and 1500 mg of nitrogen had the greatest effect on sucker characteristics, so that the highest number of suckers was obtained by using 200 g of vermicompost and 1000 and 1500 mg of nitrogen. However, simultaneous application of 150 g of vermicompost and 1000 mg of nitrogen had the greatest effect on plant height, number of leaves, and leaf diameter, and treatment with 200 g of vermicompost and 1500 mg of nitrogen had the greatest effect on the number of suckers, stem weight, number of leaves, sucker height, total biomass and Aloin content.
 Conclusions: Therefore, simultaneous use of vermicompost and nitrogen fertilizer in Aloe vera cultivation plays an important role in the production and enhancement of sucker and plant yield.

The Design of Automatic Soil pH Control System on Aloe vera Cultivation with an Integration of Internet of Things (IoT)

Machine learning and internet of thing (IoT) would be the best option for monitoring the appropriate soil pH condition. This research aimed on the design an automatic soil pH control system based on IoT for monitoring the cultivation of Aloe vera plants. The Telegram application was occupied as an IoT platform and was connected to a free and easy access application, Node MCU 8266. Furthermore, relay, Arduino Uno and smartphone were occupied in the system. According to the system testing, soil pH sensor readings are close to the actual value as evidenced by the linear regression value or R2 on sensors 1 and 2 which are close to 1. Meanwhile, the total percentage of system performance testing was 93% while the error value for the pH sensors were 0.96 and 1.6% for sensor 1 and sensor 2, respectively. Furthermore, the plant observations showed that the average leaf length of plants with a control system was 24.78 cm while with the manual system was 23.11 cm. From the results of the T test obtained, it was found that the control system applied to Aloe vera cultivation had a significant effect on the growth and development of Aloe vera compared to Aloe vera plants with a manual system. Keywords: Aloe vera, Control system, Internet of things (IoT), Soil pH sensor

An Economic Analysis the Cost and Return per Hectare and Output Input Ratio of Different Size Farm of Group of Aloe Vera Cultivators in Jhunjhunu District of Rajasthan, India

This study presents a comprehensive cost and returns analysis of Aloe Vera cultivation, aiming to provide farmers and potential investors with valuable insights into the financial aspects of cultivating Aloe Vera. The study was conducted in Chirawa block of Jhunjhunu during the year 2022 as based on the fact that a large area is covered under the cultivation of Aloe Vera in Rajasthan. The present study was done by taking 80 farmers from 12 villages. The findings of this research provide an in-depth understanding of the financial viability of Aloe Vera cultivation. The total cultivation cost per hectare of marginal was rupee 97975, small (rupee 95596), semi medium (rupee 93147) and medium (rupee 90596).The analysis of the cost and return per hectare and farm profitability among different sizes of farms in a group of Aloe Vera cultivators indicated that medium farms generally exhibit higher profitability and efficiency. Input output ratio was 2.39, 2.50, 2.61 and 2.75 for marginal, small, semi medium and medium farmers. The cost and return analysis, along with the assessment of farm profitability, are essential tools for farmers, investors, and policymakers involved in Aloe Vera cultivation.

Proses Pemberdayaan Masyarakat Melalui Budidaya Lidah Buaya di Kelurahan Kebon Pala Jakarta Timur

Pokja III PKK Kebon Pala empowering the community through aloe vera cultivation. This activity is hold to utilize the yard around their houses. This study aims to determine the process and the impact of community empowerment through aloe vera cultivation that was pioneered by Pokja III PKK Kebon Pala. This study uses qualitative approach supported by descriptive analysis, data was obtained from observations and interviews. Data analysis through reducing, presenting, verivication and conclution. The result shows that community empowerment that was pioneered by Pokja III PKK Kebon Pala can be seen through awareness, capacity increase and empowerment. Community empowement process by Pokja III PKK Kebon Pala successfully empowering the community because it improves knowledge and skill through aloe vera cultivation, increase community’s income, keep environment clean and safe, and stregthening the institution of PKK.

Comparison of Heat-Treated and Unheated Vermicompost on Biological Properties of Calcareous Soil and Aloe Vera Growth under Greenhouse Conditions in a Mediterranean Climate

Determining how intermittently applied heat treatment during the preparation of vermicompost changes the effectiveness of the fertilizer is a challenge. In this study, organic Aloe vera was grown using heat-treated cattle manure vermicompost (IVC) and unheated cattle manure vermicompost (VC). Additionally, these two vermicomposts were combined with vermiwash (LV) and applied to the soil. Thus, the cumulative effect of vermicompost on soil biological properties (number of bacteria, dehydrogenase, urease, alkaline phosphatase, β-glycosidase) and plant growth (plant height, number of leaves, leaf biomass yield, number of suckers, fresh gel weight) was investigated. According to the results obtained, it was understood that HVC-30+LV, HVC-60+LV, and VC-60+LV applications were more effective on soil biological properties. On the other hand, HVC-30+LV and HVC-60+LV applications were found to be effective on plant growth. In addition, increases of 140% in soil bacterial number, 170% in dehydrogenase activity, 125% in urease activity, 122% in alkaline phosphatase activity, 123% in β-glycosidase activity, 65% in plant height, and 45% in leaf biomass yield and wet gel weight were observed. Accordingly, it can be stated that heat-treated cattle manure vermicompost applied to the soil at a rate of 30 t ha−1 together with vermiwash is beneficial for improving the biological properties of calcareous soil and for organic Aloe vera cultivation.

ALOE VERA MENDONGKRAK KEHIDUPAN KELOMPOK NON PRODUKTIF EKONOMI

The existence of local potential of Aloe Vera plants that grow wildly, and another side is need to foster an entrepreneurial spirit in housewives who do not earn economically, is impetus to carry out Community Service through the Cultivation and Processing of Aloe Vera Products to be developed into prospective entrepreneurial objects. Community Service is carried out in RW IX, Dukuh Kupang Timur, RT 03 and RT 05. This activity includes targets starting from the preparation of activity, organizing, implementing as well as monitoring and evaluation. This method has a positive impact, namely the growth of a larger sense of belonging from the target and support from related agencies. So that community service activities can be easily carried out. This community service is carried out by transfers science and technology of cultivation, product processing, business aspects and entrepreneurial motivation. Added value of aloe vera cultivation are carried out by processing aloe vera Becomes Sticks, Kremes Noodles, Coktails, drink with coconut milk and brown sugar , Pudding, Crackers, and Aloe Vera tea. From this activity emerged entrepreneurs of aloe vera and its processed products, which through periodic and intensive assistance are expected to become sustainable entrepreneurial activities

First Report of Dickeya chrysanthemi Causing Bacterial Soft Rot of Aloe vera in Sri Lanka

Purpose: In September 2019, a rapidly spreading soft rot disease was observed in an Aloe vera cultivation in Puttlam District, Sri Lanka causing rotting of leaves and whole plant death, within three to five days. Identification of causal pathogen of soft rot was the main objective for effective management of the disease. The aim of this study was to isolate and molecular identification of causal pathogen of soft rot disease of A. vera and to confirm its pathogenicity.Research Method: The causal bacterium was isolated on Nutrient Agar medium and initially identified by colony characters. Pathogenicity was assessed by inoculation of leaves of potted A. vera plants with bacterial suspension of each isolates (x108 cfu ml-1). Bacterial DNA was extracted and subjected to PCR, using universal primers 27F and 1492R to amplify 16S rRNA region of the bacterium. The PCR products were sequenced and homology search was performed with GenBank database.Findings: Typical field symptoms began appearing after 24 hrs on inoculated plants, with the death of whole plant within two-three days after inoculation Based on PCR analysis, sequencing and homology search results, the causal pathogen of the bacterial soft rot disease of A. vera was identified as Dickeya chrysanthemi (former E. chrysanthemi). Sequences were deposited in GenBank for two bacterial isolates, kb (Accession No.MT028490.1) and kd (Accession No.MT028539.1). A BLAST search revealed 99 % identity with D. chrysanthemi from China (JF779681.1).Originality/Value: To our knowledge, this is the first report of D. chrysanthemi causing bacterial soft rot of A. vera in Sri Lanka. This finding will be very useful to formulating disease management strategies for bacterial soft rot of A. vera and to prevent outbreak of the disease.

Optimized irrigation regime and planting technique improve yields and economics in aloe vera [Aloe barbadensis (Miller)

Aloe vera [Aloe barbadensis (Miller)] is an important medicinal plant that belongs to the family Asphodelaceae (Liliaceae) with versatile properties. Aloe vera cultivation has accomplished economic significance because of its ever-increasing demand in the cosmetic, nutraceutical, and pharmaceutical industries. Many researchers have done notable research work on its pharmaceutical and other properties. Still, suitable agricultural practices for getting high yield at a low cost of cultivation in the subtropical region are meager. Field experiments were performed at the research farm of CSIR-Central Institute of Medicinal and Aromatic Plants, Lucknow, in two consecutive years, 2016–2018. A study was conducted to optimize the irrigation regimes (rainfed, 20 ± 5% available soil moisture (ASM), and 40 ± 5% available soil moisture), planting methods (flat, ridge, and raised bed planting), and age of offsets (30, 60, and 90 days old) under sub-tropical region of north India for enhancing the yield of aloe vera leaves and marketable produces for sustainable agriculture and better resource use efficiency. The results revealed that maximum fresh leaves (60.6 t ha−1), gel (25.8 t ha−1), and juice yield (22.7 t ha−1) were obtained when the crop was irrigated at 20 % available soil moisture in raised bed planting method and 60 days old offsets were used for planting. However, maximum water productivity (21.5 g L−1) was recorded in rainfed conditions under the ridge bed planting method, which is statistically at par with the water productivity under raised bed planting method in the same irrigation regime, i.e., rainfed condition with for 60 days old aloe offsets. Best monitory returns, i.e., maximum gross ($2452.5 ha−1) and net return ($1952.0 ha−1), were also computed in the treatment combination of raised bed planting method, 20 % available soil moisture and 60 days old offsets. Thus, planting of 60 days old offsets on the raised beds by providing irrigation at 20 % available soil moisture throughout the cropping period is a suitable treatment combination for getting higher yield, water productivity and monetary returns for aloe vera cultivation.

Phosphorous Use Efficiency and Its Requirement for Aloe Vera Cultivated on Silty Loam Soils

ABSTRACT Balanced application of phosphorus (P) fertilizer is important for productive agricultural systems with a reduced environmental footprint. This study aimed to assess the effect of P on the leaf yield, P use efficiency, P concentration and uptake by Aloe vera. A pot trial experiment was conducted using a completely randomized design, with six levels of P applied at 0, 30, 45, 60, 80, and 120 kg ha−1, replicated in triplicate. The results revealed that yield attributes, leaf yield, P concentration and uptake were significantly improved with P application and optimum results were obtained when P was applied at 80 kg ha−1. The addition of P increased leaf yield by 33 to 91% compared to the untreated control. Likewise, the highest numbers of suckers, leaves, fresh and dry gel weight, and profit based on benefit cost ratio was recorded with this treatment. In contrast, the highest P concentration and uptake by the leaf were observed at the highest P treatment rate of 120 kg ha−1. The highest plant height, leaf area and fresh gel weight were responsible for the production of higher leaf yield. The minimum amount of P for 80% leaf biomass production was estimated to be 43.9 kg ha−1 whereas the critical leaf P concentration was 0.62% for Aloe vera cultivation. The result suggests that application of 80 kg P ha−1 could produce economically higher yield of A. vera, and further investigation is now required to validate these results for other soil types under field conditions.

Combination of Cow Manure Rate and Different Sources of Nitrogen Humite on the Nutritional Content and Yield of Aloe vera L. Plant in Sandy Soil

Aloe vera L. plants contain various kinds of chemical compounds that are very beneficial for health, so this plant needs to be developed. The limited availability of fertile lands has resulted in the aim of making sandy soil potential for Aloe vera cultivation. The experiment was arranged in a Randomized Complete Block Design with three replications. The first factor was the rate of cow manure, i.e., 30 and 45 t ha-1. The second factor was nitrogen sources of 300 kg ha-1 with 15% addition of humic fertilizer, i.e., urea, AS, NPK, KNO3, humic urea, humic AS, humic NPK, and humic KNO3. The variables measured include water content, protein, fat, carbohydrate, crude fiber, ash, and fresh weight of the leaves. The data were analyzed using analysis of variance at 5% of significance then followed by Duncan’s Multiple Range Test at 5% of significance. The results showed that there was a significant interaction between rates of cow manure and a source of humic nitrogen on all variables. The highest leaf nutrition content was obtained at a rate combination of 30 t ha-1 of cow manure with humic AS, while the carbohydrate content was obtained using a combination of 45 t ha-1 of manure with KNO3 or urea humic acid. The highest growth and yield of the plants was obtained at a combination among 30 t ha-1, manure, and humic urea.

" Aloe Vera: An Innovative CSR Model for Sustainable Rural Development. "

Aloevera is a herb which was neglected till recent times has started gaining popularity in the last decade only. Aloevera herbs are known for its medicinal properties such as skin moisturizer, skin glowing, wrinkles remover and a powerful anti oxidant if taken orally. As per the amendments in Sec.135 of Indian Companies act - 2013 the profit making companies have to spend at least 2% of their net profit under CSR activity. Companies usually spend this fund through some NGOs in the deprived areas of their own choice for the uplifting the living standard of deprived families. The author wants to propose an idea of CSR activity through educating or motivating the villagers for cultivating the aloevera plant. This paper is an outcome of author's close association with few NGOs working in rural developmental areas. This is an empirical paper purely based on secondary published data. This paper tries to examine the possibility of whether aloevera cultivation can form a sustainable CSR activity by the companies. And eventually can become a contract farming activity if the CSR funding is from FMCG or Pharmaceutical Manufacturers.

Evaluación de tres momentos de riego en el cultivo de la sábila en el Municipio Colina, Falcón. Venezuela

Recibido: 30 de noviembre del 2016Aprobado: 12 de febrero del 2017La investigación se realizó en la finca La Estrella, Municipio Colina, estado Falcón, con el objetivo de evaluar tres momentos de riego en el cultivo de la sábila (Aloe vera L.). Se utilizó un diseño en franjas con 4 tratamientos y 4 repeticiones: T0 (sin riego), T1 (riego 8 am), T2 (riego 3 pm) y T3 (riego 8 pm). Se evaluaron las variables largo, grosor, ancho, peso de la hoja, peso del gel y se estimó el rendimiento en hoja y gel. La aplicación de riego en el cultivo de la sábila favorece el crecimiento y desarrollo de la planta. Con el riego nocturno (8.00 pm), se alcanzan los mejores resultados de los indicadores del crecimiento de la planta, así como de peso de la hoja (514,62 g) y de gel (326,49 g) con un rendimiento estimado en hoja y gel de 61,752 Mg.ha-1.corte-1 año y 39,180 Mg.ha-1.corte-1 año respectivamente.

Efecto del Ca2+ sobre algunas variables de crecimiento de Aloe vera cultivada con NaCl

High concentrations of salts in the soil adversely affect the cultivation of Aloe vera , and since it has been shown that in other plants calcium helps counteract the effects of salinity, this paper presents results on effects of the radical application Ca2+ to A. vera plants subjected to salt stress, to check if calcium improves its adaptation to salinity. For this purpose, the fresh biomass, leaf volume, number of new leaves and number and root length was measured. All variables were diminished by the application of NaCl; however, in general, supplementation with 10 mmol.m-3 CaCl2 100 mmol m-3 NaCl, had positive effects on these variables, increasing, in many cases those reduced by NaCl parameters, which is good news for successfully growing aloe in areas where there are problems with dissolved salts in the soil.

Colocation opportunities for large solar infrastructures and agriculture in drylands

Solar energy installations in arid and semi-arid regions are rapidly increasing due to technological advances and policy support. Although solar energy provides several benefits such as reduction of greenhouse gases, reclamation of degraded land, and improved quality of life in developing countries, the deployment of large-scale renewable energy infrastructure may negatively impact land and water resources. Meeting the ever-expanding energy demand with limited land and water resources in the context of increasing demand for alternative uses such as agricultural and domestic consumption is a major challenge. The goal of this study was to explore opportunities to colocate solar infrastructures and agricultural crops to maximize the efficiency of land and water use. We investigated the energy inputs/outputs, water use, greenhouse gas emissions, and economics of solar installations in northwestern India in comparison to aloe vera cultivation, another widely promoted and economically important land use in these systems. The life cycle analyses show that the colocated systems are economically viable in some rural areas and may provide opportunities for rural electrification and stimulate economic growth. The water inputs for cleaning solar panels are similar to amounts required for annual aloe productivity, suggesting the possibility of integrating the two systems to maximize land and water use efficiency. A life cycle analysis of a hypothetical colocation indicated higher returns per m3 of water used than either system alone. The northwestern region of India has experienced high population growth in the past decade, creating additional demand for land and water resources. In these water-limited areas, coupled solar infrastructure and agriculture could be established in marginal lands with low water use, thus minimizing the socioeconomic and environmental issues resulting from cultivation of economically important non-food crops (e.g., aloe) in prime agricultural lands.

Application of Enzyme Extracted from Aloe vera Plant in Chemical Pretreatment of Cotton Knitted Textile to Reduce Pollution Load

Nowadays, highly alkaline chemicals like caustic soda, soda ash, silicate, acetic acid and soaping agents are used for scouring to remove the non-cellulosic impurities from the cotton. Using 30 - 40 gm/Kg on weight of the fabric results in destruction of cotton structure. Intensive rinsing and more acid is needed for reutilization of cotton, which enlarges the volume of effluent. Furthermore, these hazards chemicals result in increase in COD, BOD and TDS in waste water. These chemicals also attack the cellulose leading to heavy strength loss and weight loss in the fabric. The net result is low quality control and polluted environment with high usage of energy, time, chemical and water. Aloe vera presents the finest commercial opportunity in various industrial sectors among the various plants. Also, most of the countries are gifted with the unique geographical features that are essential for cultivation of Aloe vera. Yet, none of the country has realized and reaped the full potential of such plants in various industrial applications. The reason is simple: lack of the requisite expertise in extraction of various enzymes present in aloe plant. Fortunately, the technology is now accessible to make use of enzyme in textile application. In this research an attempt has been made to make use of lipase enzyme extracted from aloe plant in textile chemical pre- treatment process. In the present research work, an attempt was made to develop bio scouring of 100% cotton knitted fabric with lipase enzyme extracted from Aloe deberena plant at various concentration (1%, 2% and 3%) at various temperature (40?C, 60?C and 70?C) for a period of 30 minutes, 60 minutes and 90 minutes. The properties of bio scoured fabrics are compared with these of conventional scoured one. Encouraging results in terms of dye uptake, dye levelness, wash fastness, light fastness and rubbing fastness are obtained in case of bio scouring fabric dyed with dark reactive colors. Further, it reduces volume of effluent as well as COD, TDS and pH. It saves a substantial thermal energy 50% and electrical energy 40%. Bio scouring waste water has 40% - 50% less COD and 60% less TDS as compared to conventional scouring waste water.

Kelayakan dan Strategi Pengembangan Kemitraan KUB Petani Lidah Buaya di Kecamatan Beji, Depok

The success of aloe vera as business commodity in co-partnership pattern, like that between PT Kavera Biotech and the collective work cluster (KUB) of aloe vera farmers in Kecamatan Beji, Depok, needs an accurate evaluation. The objective of this research were to (1) investigate the co-partnership business, (2) analyze the feasibility, and (3) analyze the development strategy. The data were collected by observation, interview, and questionnaire. The location selection was done purposively based on the consideration that the location had been used as sampling for aloe vera cultivation. The feasibility of business was valued using the methods of PBP, NPV, BCR, IRR, and BEP. Analysis of enterprise development strategy using the Input Stage (EFE and IFE), Matching Stage (SWOT and IE), and Decision Stage (QSPM). The result of this study showed that the aloe vera business with co-partnership pattern based on Analysis I was feasible to be managed in 6 KUBs; while the one based on Analysis II was feasible to be managed in 5 KUBs. Analysis I on the farmers with house-yard cultivation field or pot cultivation resulted that it was feasible to be managed, while the Analysis II on the farmers in KUB Tanah Baru and Kemiri Muka resulted that they were not feasible to be managed. In the meantime, the aloe vera cultivation in abandon field in KUB Pondok Cina and Tanah Baru were feasible to be managed based on Analysis I and II. The farmers with house-yard cultivation field or pot cultivation in small scale (<100 plants), middle scale (100-199 plants), and big scale (200-399 plants) cultivation and the aloe vera cultivation in abandon field with small scale (300-399 plants), middle scale (400-499 plants), and big scale (>500 plants) on Analysis I and II that it was feasible to be managed. The best result of the development strategies is the need to increase the productivity in utilizing the increasing demand of aloe vera materials. The implementation of the strategy is performed by advancing the work cluster along with its supporter effectively and efficiently. Key words: aloe vera, collective work cluster (KUB), co-partnership strategy, feasibility study

Chemical Constituents, Biological Activity and Agricultural Cultivation of Aloe vera

Chemical Constituents, Biological Activity and Agricultural Cultivation of Aloe vera

Inhibitory effect of botanical extracts against Alternaria alternata of aloe vera dry rot

Aloe vera dry rot caused by Alternaria alternata, is one of the most serious fungal diseases affecting the commercial cultivation of aloe vera in North India. Control of this disease through chemical is quite expensive and not ecofriendly. The plant extracts as biopesticdes act as a vital components for the management of this disease. Evaluation of some plant extracts was carried out against A. alternata in laboratory conditions. The extracts were prepared at 5% and 10% concentration and were evaluated through inhibition in radial growth (food poison technique) and spores (conidia) germination (hanging drop technique) against A. alternata. Neem leaf extract gave 58.6% inhibition in radial growth and 56.5% in spore germination at 10% concentration followed by Ocimum sanctum which was found effective and gave 54.7% inhibition in radial growth and 50.4% in spore germination over control.

PERFORMANCE OF ALOE VERA AS INFLUENCED BY ORGANIC AND INORGANIC SOURCES OF FERTILIZER SUPPLIED THROUGH FERTIGATION

ISHS III WOCMAP Congress on Medicinal and Aromatic Plants - Volume 2: Conservation, Cultivation and Sustainable Use of Medicinal and Aromatic Plants PERFORMANCE OF ALOE VERA AS INFLUENCED BY ORGANIC AND INORGANIC SOURCES OF FERTILIZER SUPPLIED THROUGH FERTIGATION