Journal Article

Effect of Organic Manures on Growth, Yield, Leaf Nutrient Uptake and Soil Properties of Kiwifruit (Actinidia deliciosa Chev.) cv. Allison

Sunny Sharma, Vishal Singh Rana, Neerja Rana, Umesh Sharma, Khadiga Alharbi, Fuad Ameen, Sartaj Ahmad Bhat, Kasahun Gudeta

2022

Overview

In recent decades, organic kiwifruit farming has come up as a feasible method for high-quality kiwi production without using chemical fertilizers. The primary objective of this research was to investigate how the sole application of organic and the combined application of organic manures affected the growth, yields, and quality of Allison kiwifruit, as well as the soil’s physicochemical characteristics. The field trial was conducted on cv. Allison to determine the efficacy of organic manures (OM) on growth, nutrient absorption, production and soil health. The experiment involved eight treatments, viz.: T1: 100% Dairy manure (DM); T2: 100% Vermicompost (VC); T3: 100% chicken manure (CM); T4: 50% DM + 50% CM; T5: 50% DM + 50% VC; T6: 50% CM + 50% VC; T7: DM + CM + VC in equal proportions; and T8: Recommended nutrients inorganic NPK + 40 kg DM. A randomized complete block design comprising three replicas was used in this investigation. The use of inorganic fertilizers (NPK) in combination with DM enhanced Spad Values Chlorophyll, fruit production, leaf number, leaf area, and stem diameter while also improving the soil’s chemical characteristics. The flower initiation was recorded with DM and Vermicompost (50:50). Furthermore, when compared to inorganic fertilizer treatment, OM treatment significantly improved fruit quality by improving fruit chemical composition in terms of soluble solids contents and leaf nutrient status, as well as improving soil’s physical properties with DM and Vermicompost (50:50). The study’s outcome revealed that OM had a significant impact on flowering time, fruit SSC, leaf nutritional status, and soil physical characteristics. In comparison to organic treatments, recommended fertilizer dosages (NPK + DM) improved plant growth, fruit yield, and soil chemical characteristics.

• Publisher: MDPI AG,MDPI
• Subject: Actinidia / Actinidia deliciosa / Actinidia deliciosa; nutrient uptake; organic manure; yield; spad values; physicochemical properties / Agricultural production / Agrochemicals / Botany / Chemical composition / Chlorophyll / Composting / Crop production / Crop yield / Crop yields / Crops / Fertilizers / Flowering / Food quality / Food security / Fruits / Growth / Growth (Plants) / Kiwifruit / Leaf area / Leaves / Manures / Metabolites / Mineral fertilizers / Nutrient status / Nutrient uptake / Nutrients / Nutritional status / Organic farming / Organic fertilizers / organic manure / Organic wastes / Pesticides / Phosphatic fertilizers / Physical characteristics / Physical properties / physicochemical properties / Physiological aspects / Plant growth / Poultry / Poultry manure / QK1-989 / Quality management / Soil chemistry / Soil fertility / Soil improvement / Soil properties / Soils / spad values / Vermicomposting / Worms / yield