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) en Implementing deficit irrigation scheduling through plant water stress indicators in early nectarine trees
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| 94 | "notes": "A three-year experiment on early nectarine (Prunus persica | 104 | "notes": "A three-year experiment on early nectarine (Prunus persica | ||
| 95 | L. Batsch cv. Flanoba) trees was carried out with the aim of | 105 | L. Batsch cv. Flanoba) trees was carried out with the aim of | ||
| 96 | increasing water use efficiency through applying a sustained | 106 | increasing water use efficiency through applying a sustained | ||
| 97 | irrigation treatment, in a commercial orchard in southern Spain. | 107 | irrigation treatment, in a commercial orchard in southern Spain. | ||
| 98 | Experiments compared irrigation scheduling using conventional | 108 | Experiments compared irrigation scheduling using conventional | ||
| 99 | micrometeorology (110% of crop evapotranspiration, ETc) as a | 109 | micrometeorology (110% of crop evapotranspiration, ETc) as a | ||
| 100 | controltreatment(TCTL), a treatment based on the normal practice of | 110 | controltreatment(TCTL), a treatment based on the normal practice of | ||
| 101 | the farmer (TFARMER) and a regulated deficit irrigation treatment | 111 | the farmer (TFARMER) and a regulated deficit irrigation treatment | ||
| 102 | (TRDI), which involved irrigating the crop at the same level as the | 112 | (TRDI), which involved irrigating the crop at the same level as the | ||
| 103 | control (TCTL) during the critical periods of the first year (second | 113 | control (TCTL) during the critical periods of the first year (second | ||
| 104 | rapid fruit growth period and 2 months after harvest) and at 60% TCTL | 114 | rapid fruit growth period and 2 months after harvest) and at 60% TCTL | ||
| 105 | during postharvest. In the last two years (2010 and 2011), the | 115 | during postharvest. In the last two years (2010 and 2011), the | ||
| 106 | irrigation was scheduled to maintain the signal intensity (SI) of the | 116 | irrigation was scheduled to maintain the signal intensity (SI) of the | ||
| 107 | maximum daily shrinkage of the trunk (MDS, SI = MDSTRDI/MDSTCTL) at | 117 | maximum daily shrinkage of the trunk (MDS, SI = MDSTRDI/MDSTCTL) at | ||
| 108 | different water stress levels depending on the phenological stage SI = | 118 | different water stress levels depending on the phenological stage SI = | ||
| 109 | 1.0 (non-water stress) and SI = 1.4 (moderate water stress). Most of | 119 | 1.0 (non-water stress) and SI = 1.4 (moderate water stress). Most of | ||
| 110 | the time that irrigation scheduling was based on MDS SI, this | 120 | the time that irrigation scheduling was based on MDS SI, this | ||
| 111 | parameter varied only slightly around the pre-established threshold | 121 | parameter varied only slightly around the pre-established threshold | ||
| 112 | values. The information given by the stem diameter sensors and stem | 122 | values. The information given by the stem diameter sensors and stem | ||
| 113 | water potential( stem) gave \u22121.5 MPa and MDS SI 1.5 as threshold | 123 | water potential( stem) gave \u22121.5 MPa and MDS SI 1.5 as threshold | ||
| 114 | values notto be exceeded during postharvest, since MDS and stem SI | 124 | values notto be exceeded during postharvest, since MDS and stem SI | ||
| 115 | values were only linear down to 1.5. The water saved amounted to 17, | 125 | values were only linear down to 1.5. The water saved amounted to 17, | ||
| 116 | 15 and 37% of the amount used in the control in the three seasons, | 126 | 15 and 37% of the amount used in the control in the three seasons, | ||
| 117 | respectively. In contrast, the TFARMER treatment applied more water | 127 | respectively. In contrast, the TFARMER treatment applied more water | ||
| 118 | (about 20 and 5% more than TCTL) during the first 2 years, and 10% | 128 | (about 20 and 5% more than TCTL) during the first 2 years, and 10% | ||
| 119 | less than TCTL during the third season.", | 129 | less than TCTL during the third season.", | ||
| 120 | "notes_translated": { | 130 | "notes_translated": { | ||
| 121 | "es": "A three-year experiment on early nectarine (Prunus persica | 131 | "es": "A three-year experiment on early nectarine (Prunus persica | ||
| 122 | L. Batsch cv. Flanoba) trees was carried out with the aim of | 132 | L. Batsch cv. Flanoba) trees was carried out with the aim of | ||
| 123 | increasing water use efficiency through applying a sustained | 133 | increasing water use efficiency through applying a sustained | ||
| 124 | irrigation treatment, in a commercial orchard in southern Spain. | 134 | irrigation treatment, in a commercial orchard in southern Spain. | ||
| 125 | Experiments compared irrigation scheduling using conventional | 135 | Experiments compared irrigation scheduling using conventional | ||
| 126 | micrometeorology (110% of crop evapotranspiration, ETc) as a | 136 | micrometeorology (110% of crop evapotranspiration, ETc) as a | ||
| 127 | controltreatment(TCTL), a treatment based on the normal practice of | 137 | controltreatment(TCTL), a treatment based on the normal practice of | ||
| 128 | the farmer (TFARMER) and a regulated deficit irrigation treatment | 138 | the farmer (TFARMER) and a regulated deficit irrigation treatment | ||
| 129 | (TRDI), which involved irrigating the crop at the same level as the | 139 | (TRDI), which involved irrigating the crop at the same level as the | ||
| 130 | control (TCTL) during the critical periods of the first year (second | 140 | control (TCTL) during the critical periods of the first year (second | ||
| 131 | rapid fruit growth period and 2 months after harvest) and at 60% TCTL | 141 | rapid fruit growth period and 2 months after harvest) and at 60% TCTL | ||
| 132 | during postharvest. In the last two years (2010 and 2011), the | 142 | during postharvest. In the last two years (2010 and 2011), the | ||
| 133 | irrigation was scheduled to maintain the signal intensity (SI) of the | 143 | irrigation was scheduled to maintain the signal intensity (SI) of the | ||
| 134 | maximum daily shrinkage of the trunk (MDS, SI = MDSTRDI/MDSTCTL) at | 144 | maximum daily shrinkage of the trunk (MDS, SI = MDSTRDI/MDSTCTL) at | ||
| 135 | different water stress levels depending on the phenological stage SI = | 145 | different water stress levels depending on the phenological stage SI = | ||
| 136 | 1.0 (non-water stress) and SI = 1.4 (moderate water stress). Most of | 146 | 1.0 (non-water stress) and SI = 1.4 (moderate water stress). Most of | ||
| 137 | the time that irrigation scheduling was based on MDS SI, this | 147 | the time that irrigation scheduling was based on MDS SI, this | ||
| 138 | parameter varied only slightly around the pre-established threshold | 148 | parameter varied only slightly around the pre-established threshold | ||
| 139 | values. The information given by the stem diameter sensors and stem | 149 | values. The information given by the stem diameter sensors and stem | ||
| 140 | water potential( stem) gave \u22121.5 MPa and MDS SI 1.5 as threshold | 150 | water potential( stem) gave \u22121.5 MPa and MDS SI 1.5 as threshold | ||
| 141 | values notto be exceeded during postharvest, since MDS and stem SI | 151 | values notto be exceeded during postharvest, since MDS and stem SI | ||
| 142 | values were only linear down to 1.5. The water saved amounted to 17, | 152 | values were only linear down to 1.5. The water saved amounted to 17, | ||
| 143 | 15 and 37% of the amount used in the control in the three seasons, | 153 | 15 and 37% of the amount used in the control in the three seasons, | ||
| 144 | respectively. In contrast, the TFARMER treatment applied more water | 154 | respectively. In contrast, the TFARMER treatment applied more water | ||
| 145 | (about 20 and 5% more than TCTL) during the first 2 years, and 10% | 155 | (about 20 and 5% more than TCTL) during the first 2 years, and 10% | ||
| 146 | less than TCTL during the third season." | 156 | less than TCTL during the third season." | ||
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