TAILIEUCHUNG - Assessing the effect of geotextile mulch on yield and physico-chemical qualities of litchi – A new technical approach

Litchi is native to Southeast Asia and has been a favourite fruit of the world civilization since ancient times. The fruit is usually eaten fresh but can also be canned or dried. Geotextiles having potential for soil conservation, yield and physico-chemical improvement. Limited information is available to assess the effects of geotextiles in these aspects. The objective of this research was to analyze the effect of geotextile mulch on yield and quality of litchi. In the present study four treatments were taken viz., 500 GSM (T1), 800 GSM (T2), 1000 GSM (T3) geotextiles and control (T4) plot. Result revealed that maximum panicle length (), fruit retention ( %) and soil moisture ( %) were recorded from mulching with 800 GSM geotextile mulch. Maximum fruit length ( cm.), fruit diameter ( cm) and pulp weight ( g) were recorded from mulching with 800 GSM geotextile followed by 1000 GSM geotextile mulch while the highest fruit weight ( g) was obtained with T3 (1000 GSM) followed by T2 (800 GSM) and T1 (500 GSM). The highest yield ( kg/ plant), anthocyanin content ( mg/100g), TSS ( brix), Total sugar ( %) and TSS: acid ratio of were also recorded under 800 GSM geotextile mulch. | Assessing the effect of geotextile mulch on yield and physico-chemical qualities of litchi – A new technical approach

• Hoá học
• Geotextile mulch
• Yield and physico chemical qualities
• Physico chemical qualities of litchi
• New technical approach
• Moisture conservation
• Reduced tillage
• Soil moisture
• Sustenance of yield
• Yield in late sown toria
• Sali rice fallows through moisture conservation
• Performance of rainfed pearlmillet
• Rainfed pearlmillet
• Influenced by intercropping
• Moisture conservation practices
• Rain fed
• Fertility levels
• Crop as influenced by variety
• Pusa hydrogel
• Stover mulch and zinc fertilizer
• Zinc fertilization
• Growth parameter
• Yield attributes and yield
• Recommended dose of fertilizer
• In situ
• Soil moisture conservation
• Foliar nutrition
• Rainfed Bt cotton (Gossypium hirsutum L )
• In situ practices
• In situ moisture conservation practices
• Sustainable productivity
• Sustainable productivity of major crops
• Conservation practices
• Different in situ moisture conservation practices
• Economics of groundnut
• Groundnut (Arachis hypogaea L
• Rainfed condition
• Soil working techniques
• Crescent bund with open catchment pits
• Fruit cracking
• Yield and fruit cracking
• Vitamin C
• Juice percentage
• Weed control
• Bitter gourd (Momordica charantia L )
• Economics and yield
• Sesame (Sesamum indicum L )
• Yield and economics of sesame
• Economics of sesame
• Effect of vermicompost
• Crop residue mulch
• Water holding capacity
• Maize equivalent yield
• North Eastern Hill region
• In situ moisture conservation
• Ridge and furrow
• Cotton crop
• Increasing productivity of cotton crop
• Rainfed stressed regions
• Net return
• Grain yield
• Direct seeded rice
• Rainfed ecosystem of Assam
• Performance of direct seeded rice
• Micro catchment
• Water conservation
• Micro catchment techniques
• Water conservation practice in mango
• Mango moisture retention
• Canopy development
• Splash loss
• Consumptive use
• Total water use
• Cell tissue and water conservation
• Condition in plants
• Tolerance mechanism under water deficit
• Limited moisture supply
• Climate resilient
• Crop production
• Socio economic status of farmers
• Climate resilient technologies
• Drip irrigation
• Biometric parameter
• Soil temperature
• Weather effect
• Black polythene
• Clear polythene
• Mango leaves
• Sugarcane leaves
• Paddy straw
• Wheat straw
• Growth yield and quality
• Root development
• Water use
• Yield attributes
• Bs C ratio
• Sorghum varieties under rainfed condition
• Moth bean
• Stover mulch
• Sulphur fertilizer and yield
• Yield in mothbean
• Ex situ conservation
• Germination percentage
• Tuscan populations
• Fritillaria montana
• Seed moisture